专业英语地质翻译

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地理专业词汇英语翻译

地理专业词汇英语翻译

地理专业词汇英语翻译(A-B)a horizon?腐殖堆积层aa lava?块熔岩abandoned field?撩荒地abandoned lands?撩荒地abandoned mine?废弃矿山abandoned shoreline?旧岸线aberration?像差abiogenesis?自然发生abiotic factor?非生物因素ablation?水蚀ablation moraine?消融冰碛abnormality?反常aboriginal?土着的abrasion?海蚀abrasion platform?浪蚀台地abrasion shore?浪蚀海岸abrasion surface?浪蚀面abrasion terrace?海蚀阶地abrasive?研磨剂abrupt slope?陡坡abrupt textural change?质地突变abscissa?横坐标absolute age?绝对年龄absolute age determination?绝对年代测定absolute age of groundwater?地下水绝对年龄absolute altitude?绝对高度absolute amplitude?绝对振幅absolute chronology?绝对年代absolute convergence?绝对收敛absolute dating?绝对年代测定absolute error?绝对误差absolute extremes?绝对极值absolute geochronology?绝对地质年代学absolute geopotential?绝对重力势absolute gravity?绝对重力absolute humidity?绝对湿度absolute instability?绝对不稳定性absolute maximum?绝对极大absolute measure?绝对尺度absolute minimum?绝对极小absolute orientation?绝对定向absolute parallax?绝对视差absolute precision?绝对精度absolute representation?绝对值表示法absolute temperature?绝对温度absolute value?绝对值absolute zero?绝对零度absorbed radiant flux?吸收辐射absorbed radiation?吸收辐射absorbent?吸收剂absorbing capacity?吸收能力absorbing complex?吸收性复合体absorptance?吸收系数absorption?吸收absorption band?吸收带absorption coefficient?吸收系数absorption curve?吸收曲线absorption factor?吸收因素absorption filter?吸收滤光片absorption of energy?能量吸收absorption of light?光吸收absorption spectrum?吸收光谱absorption surface?吸收面absorptive capacity?吸收本领absorptivity?吸收能力absorptivity emissivity ratio?吸收发射比abstract symbol?抽象符号abundance of isotopes?同位素的丰度abundance of the elements?元素丰度abundance ratio of isotopes?同位素的相对丰度abundant rainfall?过量降雨abyss?深渊abyssal?深海的abyssal basins?深海盆地abyssal benthos?深海底栖生物abyssal deposits?深海沉积物abyssal facies?深海相abyssal hill?深海丘陵abyssal plain?深海平原abyssal region?深海区abyssal sediment?深海沉积物abyssal zone?深海带acariasis?螨病acarinosis?螨病acaustobiolite?非可燃性生物岩accelerated erosion?加速侵蚀accelerated weathering?加速风化acceleration?加速度acceptance?接收acceptor?收体acceptor atom?受体原子acceptor bond?接体合accessory element?伴随元素accessory mineral?副次要accessory species?次要种accidental ejecta?外源喷出物accidental error?偶然误差accidental species?偶见种acclimatization?气候驯化acclivity?上行坡accompaniment element?伴生元素accordance of summit levels?峰顶面等高性accordant junction?协和汇流平齐汇流交合汇流accordant junction of streams?协合流accretion gley?淤积潜育层accumulated temperature?积温accumulation?堆积accumulation curve?累积曲线accumulation horizon?聚积层accumulation mountains?堆积山地accumulation of assimilationproducts?同化物累积accumulation of humus?腐殖质蓄积accumulation of organic matter?有机质堆积accumulative coast?堆积海岸accumulative relief?堆积地形accuracy?准确度accuracy of measurement?测定准确度acetic acid?醋酸acetic acid bacteria?醋酸菌acetic fermentation?醋酸发酵achromatic objective?消色差物镜achromatopsia?色盲acid alkaline barriers?酸碱障acid base balance?酸碱平衡acid base equilibrium?酸碱平衡acid brown forest soils?酸性棕色森林土acid earth?酸性白土acid fast bacteria?抗酸菌acid fastness?抗酸性acid fermentation?酸性发酵acid geochemical barrier?酸性地球化学障acid group?酸根acid humus?酸性腐殖质acid igneous rock?酸性火成岩acid medium?酸性介质acid peat soil?酸性泥炭土acid rain?酸雨acid residue?酸性残余物acid rock?酸性岩acid rocks?酸性岩acid soil?酸性土acid solution?酸性溶液acid spring?酸性泉acid tolerant species?耐酸品种acid value?酸值acidic lava?酸性熔岩acidification?酸化acidite?酸性岩acidity?酸度acidity of soil?土壤酸度acidoid?酸性胶体acidophile organisms?嗜酸有机体acidophilous plant?喜酸植物acidophyte?喜酸植物acidosis?酸中毒acidotrophic lake?酸性营养湖acidulation?酸化acotyledon?无子叶植物acquired character?获得特性acric ferralsols?强淋溶铁铝土acrisols?强淋溶土acrorthox?强酸性正常氧化土acrospore?顶生孢子acrox?高风化氧化土acstivation?夏眠actinium?锕actinolite schist?阳起片岩actinometer?日光辐射计actinometry?日射测定法actinomorphic?辐射对称的actinomycetes?放线菌actinomycosis?放线菌病action center of the atmosphere?大气活动中心action potential?动诅位activated adsorption?活化吸附activated complex?活化络合物activated sludge?活性污泥activated water?活化水activation analysis?活化分析activation energy?活化能activator?活化剂active acidity?活性酸度active cave?发展中洞穴active cirque?活动冰斗active fault?活断层active front?活跃锋active glacier?活冰川active group?活性基active humus?活性腐殖质active hydrogen?活性氢active layer?活动层active mud?活性淤泥active plate?移动板块active sensor?织式遥感器active soil formers?活性成土因素active substance?活性物质active volcano?活火山activity?活度activity coefficient?活度系数actual acidity?实际酸度actual size?实际尺寸acuity?敏锐acyclic compound?无环化合物adaptability?适应性adaptation?适应adaptive control?自适应控制adaptive histogram adjustment?适应性直方图蝶adaptive radiation?适应辐射addition subtraction diagram?加减图表additional survey?补充测量additive color mixture?加色混合additive color viewer?彩色合成仪additive constant?附加常数additive primaries?加色法原色additive process?加色处理address?地址adenosine triphosphoric acid?腺苷三磷酸adhesion?粘附adhesive capacity?粘附量adhesive force?粘附力adhesive water?粘附水adhesiveness?粘合性adiabat?绝热曲线adiabatic compression?绝热压缩adiabatic cooling?绝热冷却adiabatic curve?绝热曲线adiabatic equilibrium?绝热平衡adiabatic expansion?绝热膨胀adiabatic heating?绝热增温adiabatic process?绝热过程adiabatic state?绝热状态adiabatic temperature gradient?绝热温度梯度adion?吸附离子adjacent rock?围岩adjacent sea?边缘海adjoining rock?围岩adjoining sheet?相邻图幅adjustable crop calendar?可碉历adjustment?蝶adjustment computations?蝶计算adjustment in groups?分组蝶adjustment in one cast?整体蝶adjustment of the printing plate?上版administrative diagram?行政区划略图admixture?混合adobe?灰质粘土adobe soil?龟裂粘性土壤adret slope?向阳面山坡adsorbing capacity?吸附量adsorption?吸附adsorption barriers?吸附壁垒adsorption indicator?吸附指示剂adsorptive capacity?吸附能力advance of glacier?冰川前进advanced issue?临时版advanced microwave moisture sensor?高级微波水汽遥感器advanced surveying?高等测量学advection?平流advection fog?平另adventive crater?侧裂火山口advertising map?宣传图aeolian deposit?风成沉积层aeolian landform?风成地形aeolian processes?风成过程aeolian soil?风成土aerating root?呼吸根aeration?通风aeration porosity?通气孔隙度aeration tissue?通气组织aerenchyma?通气组织aerial arch?空鞍aerial archaeological discovery?空中考古发现aerial archaeology?航空考古学aerial film?航摄软片aerial forest survey?森林航空甸aerial mapping?航空测图aerial mapping methods?航空摄影法aerial overlap?航空摄重叠aerial photo detail transfer?航空象片细部转绘法aerial photo interpretation?航空象片判读aerial photogrammetry?航空摄影量aerial photograph?航空像片aerial photograph scale?航摄照片缩尺aerial photographic camera?航摄仪aerial photographic navigation?航摄领航aerial photographic reconnaissance?航空摄影勘察aerial photographic survey?航空摄影aerial photography?航空测量aerial photography craft?航摄飞机aerial root?气生根aerial ropeway?架空死aerial survey?航空摄影测量aerial triangulation?航空三角测量aerobic bacteria?好气细菌aerobic decomposition?好气分解aerobic fermentation?需气发酵aerobic metabolism?需氧代谢酌aerobiology?空气生物学aerobiosis?好氧生活aerocartograph?航空测图仪aerocartography?航空地图绘制学aeroclimate?高空气候aeroclimatology?高空气候学aerodrome?机场aerogeochemical prospecting?航空地球化学勘探aerogeography?航空地理学aerolite?石陨石aerolith?石陨石aerological diagram?高空图解aerology?高空气象学aerometeorograph?航空气象仪aerometeorology?航空气象学aeronautical meteorology?航空气象学aeronomy?高层大气物理学aerophotogeological map?航空摄影地质图aerophotograhic plan?航测平面图aerophotogrammetric survey?航空摄影甸aerophotogrammetry?航空摄影测量学aerophotograph?航空像片aerophotographic map?航摄地图aerophotographic sketch?航空像片略图aerophotography?航空摄影aerophototopography?航空摄影地形测量学aerophytes?气生植物aeroplane mapping?航空制图aeroplane photography?航空摄影aerosol spectrum?气溶胶光谱aerospace survey?宇航探索aerosurvey?航空测量aerotaxis?区性aerotopography?航空地形测量aerotriangulation?空中三角测量aerotropism?向氧性aeschynite?易解石aesthetic appreciation of map?美学aetiology?病原学affinity?亲和力afforestation?造林african armyworm?莎草粘虫after effect?后酌after ripening?后熟afterglow?余光军afterimage?残像aftermath?再生草aftershock?余震agate mortar?玛瑙研钵age class?龄级age determination?年代测定age of lake?湖龄age of landscape?景观年齿令age of lowered sealevel?低海面时期age of relief?地形年龄age of the earth?地球年龄age of tide?潮龄agent?因子ageostropic wind?非地转风agglomerate?集块岩agglomerate lava?集块熔岩agglomeration?集块agglutination?胶着aggradated plain?加积平原aggradation?填积aggradation island?加积岛aggradation plain?加积平原aggradational soils?加积土壤aggradational terrace?加积阶地aggraded valley?冲积河谷aggrading river?淤积河aggregate?集合体aggregate analysis?团聚体分析aggregate structure?团聚结构aggregation?聚集aggregation moisture?团聚化含水量aggressive water?侵蚀性水agitation?搅拌agitator?搅拌机agnotozoic era?元古代agpaite?钠质火成岩类agric horizon?耕足agricultral climatic regionalization?农业气候区划agricultual resource information system?农业资源信息系统agricultural climatology?农业气候学agricultural environment?农业环境agricultural evaluation on ground water?地下水农业评价agricultural geochemistry?农业地球化学agricultural geology?农业地质学agricultural geomorphology?农业地貌学agricultural hydrology?农业水文学agricultural map?农业地图agricultural melioration?农业土壤改良agricultural meteorology?农业气象学agricultural natural resource?农业自然资源agricultural pollutant?农业污染物agricultural products?农产品agricultural region?农业区agricultural regionalization?农业区划agricultural relief?农业地貌agricultural remote sensing?农业遥感agricultural resource?农业资源agricultural resource evaluation?农业资源评价agricultural resource monitor?农业资源监测agricultural vegetation index?农业植被指数agriculture?农学agro ecosystem?农业生态系统agro environmental information system?农业环境信息系统agroclimate?农业气候agroclimatic maps?农业气候图agroclimatology?农业气候学agroforestrial geology?农林地质学agrogeography?农业地理学agrogeology?农业地质学agrology?农业土壤学agromelioration?农业土壤改良agrometeorological forecast?农业气象预报agrometeorological index?农业气象指标agrometeorological observation?农业气象观测agrometeorology?农业气象学agronomical yield estimation?农学估产agrostology?草本学agrudalf?耕层湿淋溶土air avalanche?空气雪崩air content?含气量air current?气流air dry?风干的air dry sample?风干样品air dry weight?风干重air drying?风干air force base?空军基地air humidity?大气湿度air mapping aeroplane?航测飞机air mass?气团air mass analysis?气团分析air mass classification?气团分类air mass climatology?气团气候学air mass influx?气团岭air mass modification?气团变性air mass trajectory?气团轨迹air permeability?透气性air photographical survey?航空摄影甸air photography?空中摄影air pollution?空气污染air pollution monitoring?大气污染观测air port?航空港air pressure?气压air route?航线air saddle?空鞍air sea interaction?海气相互酌air shrinkage?空气收缩air temperature?气温air triangulation?空中三角测量air turbulence?大气湍流大气紊流airborne geochemicalprospecting?航空地球化学勘探airborne microorganisms?大气微生物airborne radar?空中雷达airborne remote sensing?航空遥感airborne sonar?空中声呐airfield?机场airline route map?航空线图alaskite?白岗岩albaqualf?漂白潮淋溶土albedo?反射率albedo of the earth?地球反射率albedometer?反射仪albic arenosols?漂白红砂土albic horizon?漂白层albic luvisols?漂白淋溶土albinism?白化albite?钠长石albitization?钠长石化alboll?漂白软土albumin?白蛋白alcohol thermometer?酒精温度计alcoholic fermentation?乙醇发酵aldehyde?醛alder?赤杨alder grove?赤杨林alder swamp forest?赤杨沼泽林aleurite?粉沙aleuritic clay?粉砂粘土aleurolite?粉砂岩alfisol?淋溶土algae?藻类algal limestone?藻灰岩algorithmic language?算法语言alicyclic compound?脂环化合物alicyclic series?脂环系alidade?照准部alien species?外源种alimentation?饲养aliphatic compound?脂族化合物alkali alumina metasomatism?碱铝交替alkali basalt?碱性玄武岩alkali granite?碱性花岗岩alkali lime index?碱石灰质指数alkali metal?碱金属alkali olivine basalt magma?碱性橄榄玄武岩岩浆alkali rock series?碱性岩系alkalic rock?碱性岩alkalic ultrabasic rock?碱性超基性岩alkalimeter?碱量计alkalimetry?碱量滴定法alkaline earth metal?碱土金属alkaline geochemical barrier?碱性地球化学障alkaline marsh?碱沼alkaline medium?碱性介质alkaline plant?适碱植物alkaline rock?碱性岩alkaline soil?碱性土alkaline solution?碱性溶液alkaline spring?碱性矿泉alkaline water?碱性水alkalinity?碱度alkalitrophic lake?碱性营养湖alkalization?碱化alkalized soil?碱化土alkaloid?生物碱alkalosis?碱中毒alkyl group?烷基allelopathy?相互影响allergen?变应原allergy?变应性allitic soil?富铝土allobar?变压区allochromatic color?假色allochthon?外来体allochthonic ground water?外源地下水allochthonous deposit?移积allochthonous fold?异地生成褶皱allochthonous peat?外来泥炭allochthonous river?外源河allochthonous soil?运生土allogenic element?他生元素allogenic succession?异发演替allopatric?在给发生的allopatry?异域性allophane?水铝英石allotriomorphic?他形的allotrope?同素异形体allotrophic lake?他养湖allotropic modification?同素异形体allotropism?同素异形allotropy?同素异形allowable error?容许误差alluvial?冲积的alluvial brown soil?棕色冲积土alluvial cone?冲积扇alluvial deposit?冲积层alluvial fan?冲积扇alluvial fan deposit?冲积扇层alluvial gold?砂金alluvial meadow soil?冲积性草甸土alluvial ore deposit?冲积矿床alluvial plains?冲积平原alluvial soil?冲积土alluvial terrace?冲积阶地alluvial valley?冲积河谷alluviation?冲积alluvium?冲积层almandine?铁铝榴石almandite?铁铝榴石alpha ray spectrometer?射线能谱仪alphitite?岩粉土alpine animal?高山动物alpine belt?高山带alpine carbonate raw soil?高山碳酸盐粗腐殖土alpine desert?高山荒漠alpine folding?阿尔卑斯褶皱alpine glacier?阿尔卑斯型高山冰川alpine glow?高山辉alpine humus soil?高山腐殖质土alpine meadow?高山草甸alpine plant?高山植物alpine silicated raw soil?高山硅酸盐粗骨土alpine soil?高山土壤alpine tundra?高山冻原alpine type of relief?高山地形alpine vegetation?高山植被alpine zone?高山带altazimuth?经纬仪alterated rocks?蚀变岩alteration?蚀变酌alteration halo?蚀变晕alteration mineral?蚀变矿物alteration of angles?角度畸变alteration zone?蚀变带alternation of beds?互层alternation of generations?世代交替alternation of strata?互层altimeter?测高计altimetric survey?高程测量altiplanation terraces?高山剥夷阶地altitude?高度altitude angle?高度角altitude datum?高程基准面altitude difference?高差altitude of the sun?太阳高度altitude traverse?高程线altitudinal belt?高度带altitudinal zonality?垂直分布带altitudinal zonality ofvegetation?高程植被带altocumulus?高积云altostratus?高层云alumina?矾土aluminite?矾石aluminium?铝aluminium deposit?铝矿床aluminium silicate?铝硅酸盐aluminosilicate?铝硅酸盐aluminum?铝alunite?茂石alunitization?茂石化alvar?矮灌木草地amazonite?天河石amazonstone?天河石amber?琥珀ambient noise?环境噪声amelioration?改进amelioration of low productivepaddy soils?低产水稻土的改良amensalism?偏害酌americium?镅amesite?镁绿泥石amictic lake?永久封冻湖amide?酰胺amine?胺amino acid?氨酸amino acid geochemistry method?氨基酸地球化学法amino acid geochronology?氨基酸年代学amino acid metabolism?氨基酸代谢ammine?氨合物ammoniate?氨合物ammonification?氨化ammonifier?氨化细菌ammonisation?氨化ammonium molybdate?钼酸铵ammonium phosphate?磷酸铵ammophos?安福粉amount of evaporation?蒸发量amount of infiltrating water?入渗水量amount of information?信息量amount of precipitation?降水量amount of throw?纵距amphibian?两栖类amphibious organisms?两栖生物amphibious plant?两栖植物amphibole?角闪石amphibolite?闪岩amphidromic point?无潮点amphigenite?白榴熔岩amphiphyte?两栖植物ampholyte?两性电解质ampholytoid?两性胶体amphoteric behavior?两性行为amphoteric colloid?两性胶体amphoteric element?两性元素amphoteric ion?两性离子amphoteric oxide?两性氧化物amplifier for photocurrents?光电僚大器amplitude information?幅度信息amylase?淀粉酶anabatic wind?山谷风anabiosis?复苏anabolism?同化酌anaerobe?嫌气微生物anaerobic bacteria?嫌气细菌anaerobic conditions?嫌气条件anaerobic decomposition?嫌气分解anaerobic fermentation?嫌气发酵anaerobic metabolism?不需氧代谢anaerobic organisms?嫌气有机体anaerobion?嫌气微生物anaerobiosis?嫌气生活anafront?上滑锋anagenesis?前进演化anaglyphic map?补色立体地图anaglyphographic photomap?互补色立体影象地图analcime?方沸石analcimite?方沸岩analcitite?方沸岩anallobar?正变压中心analog?类似analog digital conversion?模数转换analog digital converter?模拟数字转换器analog information?模拟信息analogue?类似analogy?相似analysis?分析analysis by sedimentation?沉降分析analysis by titration?滴定分析analysis model?分析模型analysis of covariance?协方差分析analysis of variance?方差分析analysis of weather map?天气图分析analytic character?分析特性analytic map?解析地图analytic photogrammetry?解析摄影测量analytical aerial triangulation?解析空中三角测量analytical balance?分析天平analytical geochemistry?分析地球化学analytical method?分析方法analytical model?分析模型analytical plotter?解析测图仪analytical thematic map?解析肘地图anamesite?中粒玄武岩anatexis?深溶酌anchor ice?底冰ancient glaciation?古代冰川酌ancient lake mire?湖泊排水的沼泽ancient platform?古地台ancient sediments?古代沉积物andept?火山灰始成土andesine?中长石andesite?安山岩andesite line?安山岩线andic cambisols?暗色始成土andosols?暗色土anemia?贫血anemochores?风播植物anemochorous plants?风播植物anemochory?风播anemogram?风力自记曲线anemograph?风速计anemology?测风学anemometer?风速表anemometry?风速测定法anemophilous flower?风媒花anemophilous plant?风媒植物anemophily?风媒anemorumbograph?风向风速计anemorumbometer?凤向风速计anemothermometer?风速风温计aneroid barograph?空盒气压计aneroid barometer?空盒气压表aneroidograph?无液气压记录器angiosperms?被子植物angle equation?角方程angle of attachment?闭合角angle of bank?曲折角angle of direction?方位角angle of divergence?发散角angle of emergence?出射角angle of field?视场角angle of incidence?入射角angle of inclination?倾斜角angle of obliquity?倾斜角angle of pitch?府仰角angle of reflection?反射角angle of refraction?折射角angle of rotation?旋转角angle resolution?角分辨率anglesite?硫酸铅矿angular blocky structure?角块状结构angular deviation?角度偏差angular difference?角度不符值angular distance?角距angular distortion?角度畸变angular error?角度误差angular fold?尖褶皱angular measurement?角度观测angular unconformity?斜交不整合angular variation?角变化angulate drainage pattern?角状水系anhydrite?硬石膏anhydrous ammonia?无水氨animal debris?动物残屑animal husbandry?畜牧业animal remains?动物残屑animal resting place vegetation?牲畜休息地植被animal sociology?动物社会学animated mapping?动画地图制作animation?动画anion exchange?阴离子交换anionogenic element?阴离子基因元素anisotropism?蛤异性anisotropy?蛤异性ankaramite?富辉橄玄岩ankaratrite?黄橄霞玄岩ankerite?铁白云石annual?一年生植物annual aberration?周年光行差annual amount of precipitation?年雨量annual change?年变化annual flow?年径流annual march?年变程annual mean?年平均annual parallax?周年视差annual plant?一年生植物annual range?年较差annual ring?年轮annual runoff?年径流annual storage?年蓄水量annual variation?年变化annual zone?生长轮annular pattern?环状水系anomalous field?异常场anomalous geochemical gradient?异常地球化学梯度anomaly?异常anomaly in alluvium?冲积物异常anomaly in colluvium?塌积物异常anomaly in residual?残积异常anomaly ratio?异常比anorthite?钙长石anorthitite?钙长岩anorthoclase?歪长石anorthosite?斜长岩anosmia?嗅觉缺失antagonism?拮抗antagonist?对抗剂antarctic?南极antarctic air?南极气团antarctic anticyclone?南极反气旋antarctic belt?南极带antarctic circle?南极圈antarctic climate?南极气候antarctic continent?南极大陆antarctic faunistic region?南极动物区antarctic front?南极锋antarctic high?南极反气旋antarctic regions?南极区antarctic zone?南极带antarctica?南极大陆antecedent drainage?先成水系antecedent precipitation index?前期降水量指数antecedent river?先成河antecedent river network?先成水系antecedent stream?早期河流antecedent valley?先成谷anteklise?台背斜anthophyte?有花植物anthracite?无烟煤anthraconite?沥青灰岩anthrax bacillus?炭疽杆菌anthraxolite?碳沥青anthraxylon?纯木煤anthropic epipedon?耕醉层anthropic soil?人为土壤anthropochores?人播草anthropochorous plants?人播草anthropochory?人为传播anthropoclimatology?人类气候学anthropogene?人类纪anthropogenesis?人类发生anthropogenic factor?人为因素anthropogenic influence?人类影响anthropogenic landscape?人为景观anthropogenic load?人为负载anthropogenic pollution?人为污染anthropogenic soil?人为土壤anthropogenic succession?人为演替anthropogeography?人类地理学anthropological remote sensing?人类学遥感anthropology?人类学anthropophyte?人为植物anthroposphere?人类圈antiaircraft weapon position?防空兵企地antibacterial spectrum?抗细菌性光谱antiballistic missile system?反弹道导弹系统antibiosis?抗生antibodies?抗体anticlinal axis?背斜轴anticlinal fault?背斜断层anticlinal fold?背斜褶皱anticlinal limb?背斜翼anticlinal mountain?背斜脊anticlinal ridge?背斜脊anticlinal trap?背斜圈闭anticlinal valley?背斜谷anticlinorium?复背斜anticoagulant?抗凝剂anticyclogenesis?反气旋发生anticyclolysis?反气旋消散anticyclone?反气旋anticyclonic eddy?反气旋涡旋anticyclonic inversion?反气旋逆温anticylonic vortex?反气旋涡旋antierosion measures?防侵蚀措施antiform?背斜形态antimeridian?反面子午线antimonite?辉锑矿antimonsoon?反季风antimony deposit?锑矿床antinodes?波腹antiseptic?防腐剂antithyroid substance?抗甲状腺物质antitoxin?抗毒素antitrade wind?反信风antitrades?反信风antitriptic current?减速流antitriptic wind?摩擦风antitwilight?反曙暮光anvil cloud?砧状云apatite?磷灰石apex of anticline?背斜顶aphanitic texture?隐晶结构aphelion?远日点aphotic zone?无光带aphylactic projection?任意投影aphylly?无叶性apiculture?养蜂aplite?细晶岩aplogranite?淡云花岗岩apochromatic lens?复消色差镜头apogamy?无配生殖apogee?远地点apogee altitude?远地点高度apolar adsorption?非极性吸附apophyte?固有栽培植物apophytic plants?固有栽培植物apparatus?仪器频apparent density?表观密度apparent dip?视倾斜apparent heave?视平错apparent horizon?视地平apparent resistivity?视在电阻率apparent wind?视风appearance of maps?地图整饰apple coal?软煤applied climatology?应用气候学applied geochemistry?应用地球化学applied geomorphology?应用地形学applied hydrology?应用水文学applied meteorology?应用气象学appreciation?评价approximate analysis?近似分析approximate calculation?概算approximate coordinate?近似坐标approximate value?近似值aqualf?潮淋溶土aquatic animals?水栖动物aquatic life?水生生物aquatic organism?水生生物aquatic plants?水生植物aquatic products industry?水产业aquatic vegetation?水生植被aquent?潮新成土aqueoglacial deposits?冰水沉积物aqueous deposit?水成沉积aqueous rock?水成岩aqueous soil?水成土aqueous solution?水溶液aquept?潮始成土aquiclude?弱透水层aquifer?蓄水层aquiferous?含水的aquifuge?不透水层aquitard?半透水层aquod?潮灰土aquoll?潮软土aquox?潮氧化土aquult?潮老成土arable?可耕的arable land?耕地arable layer?耕层arable soil?可耕土壤arachnida?蛛形纲aragonite?霰石arber?乔木arbitrary projection?任意投影arbovirus?虫媒病毒arc of compression?压缩弧arc of folding?压缩弧arch dam?拱坝arch gravity dam?重力拱坝archaeocyte?原始细胞archaeohydrology?考古水文学archaeological culture?考古学文化archaeological remote sensing?考古遥感archaeological remote sensor?考古遥感器archaeological site?考古遗址archaeopteryx?始祖鸟archean?太古代的arched mountains?穹形山archeozoic?太古代的archeozoic era?太古代archipelago?群岛arctic?北极地区arctic air?北极气团arctic air mass?北极气团arctic circle?北极圈arctic climate?北极气候arctic desert?北极荒漠arctic desert zone?北极荒漠带arctic front?北极锋arctic high?北极高压arctic mire?极地沼泽arctic plants?极地植物arctic polygon desert?北极多边形荒漠arctic soil?极地土壤arctic subregion?北极亚区arctic tundra?北极冻原arctic zone?北极带arctoalpine?北极高山的arcuate delta?弧形三角洲arcuate structure?弧形构造arcuate tectonic belt?弧形构造带area?地区area aerial photography?区域航空摄影area color?背景色area computation?面积计算area distortion?面积变形area eruption?区城喷溢area measuring equipment?面积测量设备area method?区域法area of artesian flow?自霖区area of influence?影响面积area pattern?面状要素area survey?面积测量area target?地区目标area under crops?播种面积area weighted average resolution?面积加权平均分辨率areal rainfall depth?地域平均雨量areal survey?分段测量arenaceous quartz?石英砂arenaceous shale?砂质页岩arenopelitic?砂泥质的arenosols?红砂土arent?耕种混合新成土argialboll?粘化漂白软土argiaquoll?粘化潮软土argiboroll?粘化极地软土argil?白土argillaceous rock?泥质岩argillic horizon?粘化层argillite?泥板岩argillization?泥化argit?粘化旱成土argiudoll?粘化湿软土argiustoll?粘化干软土argon?氩arid climate?干燥气候arid cycle?干燥周期arid cycle of erosion?干燥侵蚀循环arid geomorphic cycle?干燥地貌旋回arid landforms?干燥地形arid region?干燥区arid soil?旱境土壤aridisol?旱成土aridity?干燥度aridity index?干燥指数arithmetic mean?算术平均arithmetical unit?运算器运算部件arkose?长石砂岩aromatic base crude oil?芳香基原油aromatic plant?芳香植物arrangement?配置array processor?阵列处理机arrow?箭头arsenic?砷arsenic pollution?砷污染arsenopyrite?毒砂arterial drainage?排水干渠系统artesian aquifer?自连水层artesian basin?自联盆地artesian ground water?自霖下水artesian head?承压水头artesian pressure?自凉力artesian water?自廉水artesian well?自廉arthritis?关节炎arthropoda?节肢动物artiad?偶价元素articular rheumatism?关节风湿病artificial climate?人工气候artificial culture media?人工培养基artificial drainage system?人工排水系统artificial earth satellite?人造卫星artificial earthquake?人为地震artificial forest regeneration?森林人工更新artificial ground target?航测地面标志artificial ground water?人工地下水artificial intelligence?人工智能artificial manure?堆肥artificial mineral?人造矿物artificial pollination?人工授粉artificial precipitation?人工降水量artificial radioactive element?人工放射元素artificial radioactive nuclide?人工放射性核素artificial radioactivity?人工放射性artificial rain?人造降雨artificial recharge?人工补给artificial satellite?人造卫星artificial sea water?人造海水artificial selection?人工选择artificial soil?人工土壤artificial sub irrigation?人工地下灌溉artificial water application?人工供水asbestos?石棉asbestos deposit?石棉矿床asbolane?钴土矿asbolite?钴土矿ascend curve?上升曲线ascending air current?上升气流ascending development?上升发展ascending node?升交点ascending water?上升水ascharite?硼镁石asexual generation?无性世代asexual reproduction?无性生殖ash cloud?尘云ash cone?凝灰火山锥ash content?灰分含量ash fall?火山灰下降ash forest?秦手ash shower?火山灰下降ashless filter?无灰滤纸asiatic schistosomiasis?日本血吸虫病aspect?季相aspect ratio?纵横比aspen?白杨aspen forest?白杨林asphalt?地沥青asphaltic pyrobitumen?焦性沥青asphaltite?沥青岩aspiration psychrometer?吸气式湿度计assemblage?集合assemble?集合assembly area?集结地域assessment of yield capacity ofsoil?土地评价assimilability?可同化性assimilate?同化物assimilation?同化酌assistentrenched meander?嵌入曲流深切曲流assisttrade wind desert?信风沙漠associated species?伴生种association?群丛association complex?群丛复合体association table?群丛表astatic magnetometer?无定向磁力计astatine?砹astenosphere?软力astro geodetic net adjustment?天文大地网平差astro geodetic network?天文大地网astrograph?天体摄影仪astrolabe?等高仪astrometry?天体测量学astronautics?宇宙航行学astronomic point?天文点astronomic theodolite?天文经纬仪astronomical azimuth?天文方位角astronomical coordinate system?天文坐标系astronomical coordinates?天文坐标astronomical geodesy?天文大地测量学astronomical levelling?天文水准测量astronomical longitude?天文经度astronomical meridian?天文子午线astronomical objective?天文对物镜astronomical unit?天文单位astronomy?天文学astrophotography?天体摄影学asymmetric carbon atom?不对称碳原子asymmetric fold?不对称褶皱asymmetrical anticline?不对称背斜asymmetrical ridge?不对称山脊asymmetrical valley?不对称谷asymmetry of relief?地形的不对称性asymptote?渐近线asynapsis?不联会asyndesis?不联会atavism?返祖atlantic time?大误期atlas?地图集atlas cartography?地图集制图学atlas dummy?图集装帧样本atlas grid?图集位置指示格网atlas leaf?地图集图页atlas of morbidity?发病率地图册atlas type?地图集类型atmometer?蒸发表atmophile elements?亲气元素atmosphere?大气圈atmospheric absorption?大气吸收atmospheric air?大气atmospheric attenuation?大气衰减atmospheric attenuation correction?大气衰减订正atmospheric circulation?大气循环atmospheric condensation?大气凝结atmospheric disturbance?大气扰动atmospheric dust?大气尘埃atmospheric electricity?大气电atmospheric factor?大气因素atmospheric front?大气锋atmospheric humidity?大气湿度atmospheric ion?大气离子atmospheric perturbations?大气扰动atmospheric phenomenon?大气现象atmospheric pollution?大气污染atmospheric pressure?气压atmospheric radiation?大气辐射atmospheric refraction?大气折射atmospheric remote sensing?大气遥感atmospheric rock?气成岩atmospheric sounding?大气探测atmospheric stability?大气稳定性atmospheric swamp?天然沼泽atmospheric transmittance?大气透过率atmospheric turbulence?湍馏气atmospheric wave?大气波atoll?环礁atoll lake?环礁湖atomic adsorption spectrometry?原子吸收分光光度法atomic arrangement?原子排列atomic bond?原子键atomic disintegration?原子蜕变atomic energy level?原子能级atomic group?原子团atomic mass unit?原子质量单位atomic number?原子序数atomic orbital function?原子轨函数atomic radius?原子半径atomic ratio?原子比atomic size?原子大小atomic spectrum?原子光谱atomic structure?原子结构atomic unit?原子单位atomic volume?原子体积atomic weight?原子量atomism?原子论atomistics?原子论atomizer?喷雾器atrio?火口原atrio lake?火口原湖attached ground water?附着地下水attached island?陆系岛attenuation coefficient?衰减系数attenuator?衰减器attraction?引力attractive wave?引力波attribute?属性attrition?磨损aubrite?顽火无球粒陨石aufeis?积冰augen gneiss?眼状片麻岩augen structure?眼状构造auger?土钻augite?辉石augitite?辉石岩augmented matrix?增广矩阵aureole?接触变质带auripigment?雌黄aurora?极光auroral zone?极光带autecology?个体生态学authigenesis?自生酌authigenic element?自生元素authigenic mineral?自生矿物authigenous mineral?自生矿物autocartograph?自动测图仪autochorous?自布的autochthonous deposit?原地沉积autochthonous stream?原地河autoclastic rock?自碎岩autocorrelation coefficient?自相关系数autocovariance?自协方差autogenic succession?自发演替autograph?立体测图仪autographometer?自动地形仪automated cartographicgeneralization?自动制图综合automated cartographic system?自动制图系统automated draughting?自动绘图。

地理专业词汇英语翻译

地理专业词汇英语翻译

地理专业词汇英语翻译(A-B)a horizon 腐殖堆积层aa lava 块熔岩abandoned field 撩荒地abandoned lands 撩荒地abandoned mine 废弃矿山abandoned shoreline 旧岸线aberration 像差abiogenesis 自然发生abiotic factor 非生物因素ablation 水蚀ablation moraine 消融冰碛abnormality 反常aboriginal 土着的abrasion 海蚀abrasion platform 浪蚀台地abrasion shore 浪蚀海岸abrasion surface 浪蚀面abrasion terrace 海蚀阶地abrasive 研磨剂abrupt slope 陡坡abrupt textural change 质地突变abscissa 横坐标absolute age 绝对年龄absolute age determination 绝对年代测定absolute age of groundwater 地下水绝对年龄absolute altitude 绝对高度absolute amplitude 绝对振幅absolute chronology 绝对年代absolute convergence 绝对收敛absolute dating 绝对年代测定absolute error 绝对误差absolute extremes 绝对极值absolute geochronology 绝对地质年代学absolute geopotential 绝对重力势absolute gravity 绝对重力absolute humidity 绝对湿度absolute instability 绝对不稳定性absolute maximum 绝对极大absolute measure 绝对尺度absolute minimum 绝对极小absolute orientation 绝对定向absolute parallax 绝对视差absolute precision 绝对精度absolute representation 绝对值表示法absolute temperature 绝对温度absolute value 绝对值absolute zero 绝对零度absorbed radiant flux 吸收辐射absorbed radiation 吸收辐射absorbent 吸收剂absorbing capacity 吸收能力absorbing complex 吸收性复合体absorptance 吸收系数absorption 吸收absorption band 吸收带absorption coefficient 吸收系数absorption curve 吸收曲线absorption factor 吸收因素absorption filter 吸收滤光片absorption of energy 能量吸收absorption of light 光吸收absorption spectrum 吸收光谱absorption surface 吸收面absorptive capacity 吸收本领absorptivity 吸收能力absorptivity emissivity ratio 吸收发射比abstract symbol 抽象符号abundance of isotopes 同位素的丰度abundance of the elements 元素丰度abundance ratio of isotopes 同位素的相对丰度abundant rainfall 过量降雨abyss 深渊abyssal 深海的abyssal basins 深海盆地abyssal benthos 深海底栖生物abyssal deposits 深海沉积物abyssal facies 深海相abyssal hill 深海丘陵abyssal plain 深海平原abyssal region 深海区abyssal sediment 深海沉积物abyssal zone 深海带acariasis 螨病acarinosis 螨病acaustobiolite 非可燃性生物岩accelerated erosion 加速侵蚀accelerated weathering 加速风化acceleration 加速度acceptance 接收acceptor 收体acceptor atom 受体原子acceptor bond 接体合accessory element 伴随元素accessory mineral 副次要accessory species 次要种accidental ejecta 外源喷出物accidental error 偶然误差accidental species 偶见种acclimatization 气候驯化acclivity 上行坡accompaniment element 伴生元素accordance of summit levels 峰顶面等高性accordant junction 协和汇流平齐汇流交合汇流accordant junction of streams 协合流accretion gley 淤积潜育层accumulated temperature 积温accumulation 堆积accumulation curve 累积曲线accumulation horizon 聚积层accumulation mountains 堆积山地accumulation of assimilationproducts 同化物累积accumulation of humus 腐殖质蓄积accumulation of organic matter 有机质堆积accumulative coast 堆积海岸accumulative relief 堆积地形accuracy 准确度accuracy of measurement 测定准确度acetic acid 醋酸acetic acid bacteria 醋酸菌acetic fermentation 醋酸发酵achromatic objective 消色差物镜achromatopsia 色盲acid alkaline barriers 酸碱障acid base balance 酸碱平衡acid base equilibrium 酸碱平衡acid brown forest soils 酸性棕色森林土acid earth 酸性白土acid fast bacteria 抗酸菌acid fastness 抗酸性acid fermentation 酸性发酵acid geochemical barrier 酸性地球化学障acid group 酸根acid humus 酸性腐殖质acid igneous rock 酸性火成岩acid medium 酸性介质acid peat soil 酸性泥炭土acid rain 酸雨acid residue 酸性残余物acid rock 酸性岩acid rocks 酸性岩acid soil 酸性土acid solution 酸性溶液acid spring 酸性泉acid tolerant species 耐酸品种acid value 酸值acidic lava 酸性熔岩acidification 酸化acidite 酸性岩acidity 酸度acidity of soil 土壤酸度acidoid 酸性胶体acidophile organisms 嗜酸有机体acidophilous plant 喜酸植物acidophyte 喜酸植物acidosis 酸中毒acidotrophic lake 酸性营养湖acidulation 酸化acotyledon 无子叶植物acquired character 获得特性acric ferralsols 强淋溶铁铝土acrisols 强淋溶土acrorthox 强酸性正常氧化土acrospore 顶生孢子acrox 高风化氧化土acstivation 夏眠actinium 锕actinolite schist 阳起片岩actinometer 日光辐射计actinometry 日射测定法actinomorphic 辐射对称的actinomycetes 放线菌actinomycosis 放线菌病action center of the atmosphere 大气活动中心action potential 动诅位activated adsorption 活化吸附activated complex 活化络合物activated sludge 活性污泥activated water 活化水activation analysis 活化分析activation energy 活化能activator 活化剂active acidity 活性酸度active cave 发展中洞穴active cirque 活动冰斗active fault 活断层active front 活跃锋active glacier 活冰川active group 活性基active humus 活性腐殖质active hydrogen 活性氢active layer 活动层active mud 活性淤泥active plate 移动板块active sensor 织式遥感器active soil formers 活性成土因素active substance 活性物质active volcano 活火山activity 活度activity coefficient 活度系数actual acidity 实际酸度actual size 实际尺寸acuity 敏锐acyclic compound 无环化合物adaptability 适应性adaptation 适应adaptive control 自适应控制adaptive histogram adjustment 适应性直方图蝶adaptive radiation 适应辐射addition subtraction diagram 加减图表additional survey 补充测量additive color mixture 加色混合additive color viewer 彩色合成仪additive constant 附加常数additive primaries 加色法原色additive process 加色处理address 地址adenosine triphosphoric acid 腺苷三磷酸adhesion 粘附adhesive capacity 粘附量adhesive force 粘附力adhesive water 粘附水adhesiveness 粘合性adiabat 绝热曲线adiabatic compression 绝热压缩adiabatic cooling 绝热冷却adiabatic curve 绝热曲线adiabatic equilibrium 绝热平衡adiabatic expansion 绝热膨胀adiabatic heating 绝热增温adiabatic process 绝热过程adiabatic state 绝热状态adiabatic temperature gradient 绝热温度梯度adion 吸附离子adjacent rock 围岩adjacent sea 边缘海adjoining rock 围岩adjoining sheet 相邻图幅adjustable crop calendar 可碉历adjustment 蝶adjustment computations 蝶计算adjustment in groups 分组蝶adjustment in one cast 整体蝶adjustment of the printing plate 上版administrative diagram 行政区划略图admixture 混合adobe 灰质粘土adobe soil 龟裂粘性土壤adret slope 向阳面山坡adsorbing capacity 吸附量adsorption 吸附adsorption barriers 吸附壁垒adsorption indicator 吸附指示剂adsorptive capacity 吸附能力advance of glacier 冰川前进advanced issue 临时版advanced microwave moisture sensor 高级微波水汽遥感器advanced surveying 高等测量学advection 平流advection fog 平另adventive crater 侧裂火山口advertising map 宣传图aeolian deposit 风成沉积层aeolian landform 风成地形aeolian processes 风成过程aeolian soil 风成土aerating root 呼吸根aeration 通风aeration porosity 通气孔隙度aeration tissue 通气组织aerenchyma 通气组织aerial arch 空鞍aerial archaeological discovery 空中考古发现aerial archaeology 航空考古学aerial film 航摄软片aerial forest survey 森林航空甸aerial mapping 航空测图aerial mapping methods 航空摄影法aerial overlap 航空摄重叠aerial photo detail transfer 航空象片细部转绘法aerial photo interpretation 航空象片判读aerial photogrammetry 航空摄影量aerial photograph 航空像片aerial photograph scale 航摄照片缩尺aerial photographic camera 航摄仪aerial photographic navigation 航摄领航aerial photographic reconnaissance 航空摄影勘察aerial photographic survey 航空摄影aerial photography 航空测量aerial photography craft 航摄飞机aerial root 气生根aerial ropeway 架空死aerial survey 航空摄影测量aerial triangulation 航空三角测量aerobic bacteria 好气细菌aerobic decomposition 好气分解aerobic fermentation 需气发酵aerobic metabolism 需氧代谢酌aerobiology 空气生物学aerobiosis 好氧生活aerocartograph 航空测图仪aerocartography 航空地图绘制学aeroclimate 高空气候aeroclimatology 高空气候学aerodrome 机场aerogeochemical prospecting 航空地球化学勘探aerogeography 航空地理学aerolite 石陨石aerolith 石陨石aerological diagram 高空图解aerology 高空气象学aerometeorograph 航空气象仪aerometeorology 航空气象学aeronautical meteorology 航空气象学aeronomy 高层大气物理学aerophotogeological map 航空摄影地质图aerophotograhic plan 航测平面图aerophotogrammetric survey 航空摄影甸aerophotogrammetry 航空摄影测量学aerophotograph 航空像片aerophotographic map 航摄地图aerophotographic sketch 航空像片略图aerophotography 航空摄影aerophototopography 航空摄影地形测量学aerophytes 气生植物aeroplane mapping 航空制图aeroplane photography 航空摄影aerosol spectrum 气溶胶光谱aerospace survey 宇航探索aerosurvey 航空测量aerotaxis 区性aerotopography 航空地形测量aerotriangulation 空中三角测量aerotropism 向氧性aeschynite 易解石aesthetic appreciation of map 美学aetiology 病原学affinity 亲和力afforestation 造林african armyworm 莎草粘虫after effect 后酌after ripening 后熟afterglow 余光军afterimage 残像aftermath 再生草aftershock 余震agate mortar 玛瑙研钵age class 龄级age determination 年代测定age of lake 湖龄age of landscape 景观年齿令age of lowered sealevel 低海面时期age of relief 地形年龄age of the earth 地球年龄age of tide 潮龄agent 因子ageostropic wind 非地转风agglomerate 集块岩agglomerate lava 集块熔岩agglomeration 集块agglutination 胶着aggradated plain 加积平原aggradation 填积aggradation island 加积岛aggradation plain 加积平原aggradational soils 加积土壤aggradational terrace 加积阶地aggraded valley 冲积河谷aggrading river 淤积河aggregate 集合体aggregate analysis 团聚体分析aggregate structure 团聚结构aggregation 聚集aggregation moisture 团聚化含水量aggressive water 侵蚀性水agitation 搅拌agitator 搅拌机agnotozoic era 元古代agpaite 钠质火成岩类agric horizon 耕足agricultral climatic regionalization 农业气候区划agricultual resource information system 农业资源信息系统agricultural climatology 农业气候学agricultural environment 农业环境agricultural evaluation on ground water 地下水农业评价agricultural geochemistry 农业地球化学agricultural geology 农业地质学agricultural geomorphology 农业地貌学agricultural hydrology 农业水文学agricultural map 农业地图agricultural melioration 农业土壤改良agricultural meteorology 农业气象学agricultural natural resource 农业自然资源agricultural pollutant 农业污染物agricultural products 农产品agricultural region 农业区agricultural regionalization 农业区划agricultural relief 农业地貌agricultural remote sensing 农业遥感agricultural resource 农业资源agricultural resource evaluation 农业资源评价agricultural resource monitor 农业资源监测agricultural vegetation index 农业植被指数agriculture 农学agro ecosystem 农业生态系统agro environmental informationsystem 农业环境信息系统agroclimate 农业气候agroclimatic maps 农业气候图agroclimatology 农业气候学agroforestrial geology 农林地质学agrogeography 农业地理学agrogeology 农业地质学agrology 农业土壤学agromelioration 农业土壤改良agrometeorological forecast 农业气象预报agrometeorological index 农业气象指标agrometeorological observation 农业气象观测agrometeorology 农业气象学agronomical yield estimation 农学估产agrostology 草本学agrudalf 耕层湿淋溶土air avalanche 空气雪崩air content 含气量air current 气流air dry 风干的air dry sample 风干样品air dry weight 风干重air drying 风干air force base 空军基地air humidity 大气湿度air mapping aeroplane 航测飞机air mass 气团air mass analysis 气团分析air mass classification 气团分类air mass climatology 气团气候学air mass influx 气团岭air mass modification 气团变性air mass trajectory 气团轨迹air permeability 透气性air photographical survey 航空摄影甸air photography 空中摄影air pollution 空气污染air pollution monitoring 大气污染观测air port 航空港air pressure 气压air route 航线air saddle 空鞍air sea interaction 海气相互酌air shrinkage 空气收缩air temperature 气温air triangulation 空中三角测量air turbulence 大气湍流大气紊流airborne geochemicalprospecting 航空地球化学勘探airborne microorganisms 大气微生物airborne radar 空中雷达airborne remote sensing 航空遥感airborne sonar 空中声呐airfield 机场airline route map 航空线图alaskite 白岗岩albaqualf 漂白潮淋溶土albedo 反射率albedo of the earth 地球反射率albedometer 反射仪albic arenosols 漂白红砂土albic horizon 漂白层albic luvisols 漂白淋溶土albinism 白化albite 钠长石albitization 钠长石化alboll 漂白软土albumin 白蛋白alcohol thermometer 酒精温度计alcoholic fermentation 乙醇发酵aldehyde 醛alder 赤杨alder grove 赤杨林alder swamp forest 赤杨沼泽林aleurite 粉沙aleuritic clay 粉砂粘土aleurolite 粉砂岩alfisol 淋溶土algae 藻类algal limestone 藻灰岩algorithmic language 算法语言alicyclic compound 脂环化合物alicyclic series 脂环系alidade 照准部alien species 外源种alimentation 饲养aliphatic compound 脂族化合物alkali alumina metasomatism 碱铝交替alkali basalt 碱性玄武岩alkali granite 碱性花岗岩alkali lime index 碱石灰质指数alkali metal 碱金属alkali olivine basalt magma 碱性橄榄玄武岩岩浆alkali rock series 碱性岩系alkalic rock 碱性岩alkalic ultrabasic rock 碱性超基性岩alkalimeter 碱量计alkalimetry 碱量滴定法alkaline earth metal 碱土金属alkaline geochemical barrier 碱性地球化学障alkaline marsh 碱沼alkaline medium 碱性介质alkaline plant 适碱植物alkaline rock 碱性岩alkaline soil 碱性土alkaline solution 碱性溶液alkaline spring 碱性矿泉alkaline water 碱性水alkalinity 碱度alkalitrophic lake 碱性营养湖alkalization 碱化alkalized soil 碱化土alkaloid 生物碱alkalosis 碱中毒alkyl group 烷基allelopathy 相互影响allergen 变应原allergy 变应性allitic soil 富铝土allobar 变压区allochromatic color 假色allochthon 外来体allochthonic ground water 外源地下水allochthonous deposit 移积allochthonous fold 异地生成褶皱allochthonous peat 外来泥炭allochthonous river 外源河allochthonous soil 运生土allogenic element 他生元素allogenic succession 异发演替allopatric 在给发生的allopatry 异域性allophane 水铝英石allotriomorphic 他形的allotrope 同素异形体allotrophic lake 他养湖allotropic modification 同素异形体allotropism 同素异形allotropy 同素异形allowable error 容许误差alluvial 冲积的alluvial brown soil 棕色冲积土alluvial cone 冲积扇alluvial deposit 冲积层alluvial fan 冲积扇alluvial fan deposit 冲积扇层alluvial gold 砂金alluvial meadow soil 冲积性草甸土alluvial ore deposit 冲积矿床alluvial plains 冲积平原alluvial soil 冲积土alluvial terrace 冲积阶地alluvial valley 冲积河谷alluviation 冲积alluvium 冲积层almandine 铁铝榴石almandite 铁铝榴石alpha ray spectrometer 射线能谱仪alphitite 岩粉土alpine animal 高山动物alpine belt 高山带alpine carbonate raw soil 高山碳酸盐粗腐殖土alpine desert 高山荒漠alpine folding 阿尔卑斯褶皱alpine glacier 阿尔卑斯型高山冰川alpine glow 高山辉alpine humus soil 高山腐殖质土alpine meadow 高山草甸alpine plant 高山植物alpine silicated raw soil 高山硅酸盐粗骨土alpine soil 高山土壤alpine tundra 高山冻原alpine type of relief 高山地形alpine vegetation 高山植被alpine zone 高山带altazimuth 经纬仪alterated rocks 蚀变岩alteration 蚀变酌alteration halo 蚀变晕alteration mineral 蚀变矿物alteration of angles 角度畸变alteration zone 蚀变带alternation of beds 互层alternation of generations 世代交替alternation of strata 互层altimeter 测高计altimetric survey 高程测量altiplanation terraces 高山剥夷阶地altitude 高度altitude angle 高度角altitude datum 高程基准面altitude difference 高差altitude of the sun 太阳高度altitude traverse 高程线altitudinal belt 高度带altitudinal zonality 垂直分布带altitudinal zonality of vegetation 高程植被带altocumulus 高积云altostratus 高层云alumina 矾土aluminite 矾石aluminium 铝aluminium deposit 铝矿床aluminium silicate 铝硅酸盐aluminosilicate 铝硅酸盐aluminum 铝alunite 茂石alunitization 茂石化alvar 矮灌木草地amazonite 天河石amazonstone 天河石amber 琥珀ambient noise 环境噪声amelioration 改进amelioration of low productivepaddy soils 低产水稻土的改良amensalism 偏害酌americium 镅amesite 镁绿泥石amictic lake 永久封冻湖amide 酰胺amine 胺amino acid 氨酸amino acid geochemistry method 氨基酸地球化学法amino acid geochronology 氨基酸年代学amino acid metabolism 氨基酸代谢ammine 氨合物ammoniate 氨合物ammonification 氨化ammonifier 氨化细菌ammonisation 氨化ammonium molybdate 钼酸铵ammonium phosphate 磷酸铵ammophos 安福粉amount of evaporation 蒸发量amount of infiltrating water 入渗水量amount of information 信息量amount of precipitation 降水量amount of throw 纵距amphibian 两栖类amphibious organisms 两栖生物amphibious plant 两栖植物amphibole 角闪石amphibolite 闪岩amphidromic point 无潮点amphigenite 白榴熔岩amphiphyte 两栖植物ampholyte 两性电解质ampholytoid 两性胶体amphoteric behavior 两性行为amphoteric colloid 两性胶体amphoteric element 两性元素amphoteric ion 两性离子amphoteric oxide 两性氧化物amplifier for photocurrents 光电僚大器amplitude information 幅度信息amylase 淀粉酶anabatic wind 山谷风anabiosis 复苏anabolism 同化酌anaerobe 嫌气微生物anaerobic bacteria 嫌气细菌anaerobic conditions 嫌气条件anaerobic decomposition 嫌气分解anaerobic fermentation 嫌气发酵anaerobic metabolism 不需氧代谢anaerobic organisms 嫌气有机体anaerobion 嫌气微生物anaerobiosis 嫌气生活anafront 上滑锋anagenesis 前进演化anaglyphic map 补色立体地图anaglyphographic photomap 互补色立体影象地图analcime 方沸石analcimite 方沸岩analcitite 方沸岩anallobar 正变压中心analog 类似analog digital conversion 模数转换analog digital converter 模拟数字转换器analog information 模拟信息analogue 类似analogy 相似analysis 分析analysis by sedimentation 沉降分析analysis by titration 滴定分析analysis model 分析模型analysis of covariance 协方差分析analysis of variance 方差分析analysis of weather map 天气图分析analytic character 分析特性analytic map 解析地图analytic photogrammetry 解析摄影测量analytical aerial triangulation 解析空中三角测量analytical balance 分析天平analytical geochemistry 分析地球化学analytical method 分析方法analytical model 分析模型analytical plotter 解析测图仪analytical thematic map 解析肘地图anamesite 中粒玄武岩anatexis 深溶酌anchor ice 底冰ancient glaciation 古代冰川酌ancient lake mire 湖泊排水的沼泽ancient platform 古地台ancient sediments 古代沉积物andept 火山灰始成土andesine 中长石andesite 安山岩andesite line 安山岩线andic cambisols 暗色始成土andosols 暗色土anemia 贫血anemochores 风播植物anemochorous plants 风播植物anemochory 风播anemogram 风力自记曲线anemograph 风速计anemology 测风学anemometer 风速表anemometry 风速测定法anemophilous flower 风媒花anemophilous plant 风媒植物anemophily 风媒anemorumbograph 风向风速计anemorumbometer 凤向风速计anemothermometer 风速风温计aneroid barograph 空盒气压计aneroid barometer 空盒气压表aneroidograph 无液气压记录器angiosperms 被子植物angle equation 角方程angle of attachment 闭合角angle of bank 曲折角angle of direction 方位角angle of divergence 发散角angle of emergence 出射角angle of field 视场角angle of incidence 入射角angle of inclination 倾斜角angle of obliquity 倾斜角angle of pitch 府仰角angle of reflection 反射角angle of refraction 折射角angle of rotation 旋转角angle resolution 角分辨率anglesite 硫酸铅矿angular blocky structure 角块状结构angular deviation 角度偏差angular difference 角度不符值angular distance 角距angular distortion 角度畸变angular error 角度误差angular fold 尖褶皱angular measurement 角度观测angular unconformity 斜交不整合angular variation 角变化angulate drainage pattern 角状水系anhydrite 硬石膏anhydrous ammonia 无水氨animal debris 动物残屑animal husbandry 畜牧业animal remains 动物残屑animal resting place vegetation 牲畜休息地植被animal sociology 动物社会学animated mapping 动画地图制作animation 动画anion exchange 阴离子交换anionogenic element 阴离子基因元素anisotropism 蛤异性anisotropy 蛤异性ankaramite 富辉橄玄岩ankaratrite 黄橄霞玄岩ankerite 铁白云石annual 一年生植物annual aberration 周年光行差annual amount of precipitation 年雨量annual change 年变化annual flow 年径流annual march 年变程annual mean 年平均annual parallax 周年视差annual plant 一年生植物annual range 年较差annual ring 年轮annual runoff 年径流annual storage 年蓄水量annual variation 年变化annual zone 生长轮annular pattern 环状水系anomalous field 异常场anomalous geochemicalgradient 异常地球化学梯度anomaly 异常anomaly in alluvium 冲积物异常anomaly in colluvium 塌积物异常anomaly in residual 残积异常anomaly ratio 异常比anorthite 钙长石anorthitite 钙长岩anorthoclase 歪长石anorthosite 斜长岩anosmia 嗅觉缺失antagonism 拮抗antagonist 对抗剂antarctic 南极antarctic air 南极气团antarctic anticyclone 南极反气旋antarctic belt 南极带antarctic circle 南极圈antarctic climate 南极气候antarctic continent 南极大陆antarctic faunistic region 南极动物区antarctic front 南极锋antarctic high 南极反气旋antarctic regions 南极区antarctic zone 南极带antarctica 南极大陆antecedent drainage 先成水系antecedent precipitation index 前期降水量指数antecedent river 先成河antecedent river network 先成水系antecedent stream 早期河流antecedent valley 先成谷anteklise 台背斜anthophyte 有花植物anthracite 无烟煤anthraconite 沥青灰岩anthrax bacillus 炭疽杆菌anthraxolite 碳沥青anthraxylon 纯木煤anthropic epipedon 耕醉层anthropic soil 人为土壤anthropochores 人播草anthropochorous plants 人播草anthropochory 人为传播anthropoclimatology 人类气候学anthropogene 人类纪anthropogenesis 人类发生anthropogenic factor 人为因素anthropogenic influence 人类影响anthropogenic landscape 人为景观anthropogenic load 人为负载anthropogenic pollution 人为污染anthropogenic soil 人为土壤anthropogenic succession 人为演替anthropogeography 人类地理学anthropological remote sensing 人类学遥感anthropology 人类学anthropophyte 人为植物anthroposphere 人类圈antiaircraft weapon position 防空兵企地antibacterial spectrum 抗细菌性光谱antiballistic missile system 反弹道导弹系统antibiosis 抗生antibodies 抗体anticlinal axis 背斜轴anticlinal fault 背斜断层anticlinal fold 背斜褶皱anticlinal limb 背斜翼anticlinal mountain 背斜脊anticlinal ridge 背斜脊anticlinal trap 背斜圈闭anticlinal valley 背斜谷anticlinorium 复背斜anticoagulant 抗凝剂anticyclogenesis 反气旋发生anticyclolysis 反气旋消散anticyclone 反气旋anticyclonic eddy 反气旋涡旋anticyclonic inversion 反气旋逆温anticylonic vortex 反气旋涡旋antierosion measures 防侵蚀措施antiform 背斜形态antimeridian 反面子午线antimonite 辉锑矿antimonsoon 反季风antimony deposit 锑矿床antinodes 波腹antiseptic 防腐剂antithyroid substance 抗甲状腺物质antitoxin 抗毒素antitrade wind 反信风antitrades 反信风antitriptic current 减速流antitriptic wind 摩擦风antitwilight 反曙暮光anvil cloud 砧状云apatite 磷灰石apex of anticline 背斜顶aphanitic texture 隐晶结构aphelion 远日点aphotic zone 无光带aphylactic projection 任意投影aphylly 无叶性apiculture 养蜂aplite 细晶岩aplogranite 淡云花岗岩apochromatic lens 复消色差镜头apogamy 无配生殖apogee 远地点apogee altitude 远地点高度apolar adsorption 非极性吸附apophyte 固有栽培植物apophytic plants 固有栽培植物apparatus 仪器频apparent density 表观密度apparent dip 视倾斜apparent heave 视平错apparent horizon 视地平apparent resistivity 视在电阻率apparent wind 视风appearance of maps 地图整饰apple coal 软煤applied climatology 应用气候学applied geochemistry 应用地球化学applied geomorphology 应用地形学applied hydrology 应用水文学applied meteorology 应用气象学appreciation 评价approximate analysis 近似分析approximate calculation 概算approximate coordinate 近似坐标approximate value 近似值aqualf 潮淋溶土aquatic animals 水栖动物aquatic life 水生生物aquatic organism 水生生物aquatic plants 水生植物aquatic products industry 水产业aquatic vegetation 水生植被aquent 潮新成土aqueoglacial deposits 冰水沉积物aqueous deposit 水成沉积aqueous rock 水成岩aqueous soil 水成土aqueous solution 水溶液aquept 潮始成土aquiclude 弱透水层aquifer 蓄水层aquiferous 含水的aquifuge 不透水层aquitard 半透水层aquod 潮灰土aquoll 潮软土aquox 潮氧化土aquult 潮老成土arable 可耕的arable land 耕地arable layer 耕层arable soil 可耕土壤arachnida 蛛形纲aragonite 霰石arber 乔木arbitrary projection 任意投影arbovirus 虫媒病毒arc of compression 压缩弧arc of folding 压缩弧arch dam 拱坝arch gravity dam 重力拱坝archaeocyte 原始细胞archaeohydrology 考古水文学archaeological culture 考古学文化archaeological remote sensing 考古遥感archaeological remote sensor 考古遥感器archaeological site 考古遗址archaeopteryx 始祖鸟archean 太古代的arched mountains 穹形山archeozoic 太古代的archeozoic era 太古代archipelago 群岛arctic 北极地区arctic air 北极气团arctic air mass 北极气团arctic circle 北极圈arctic climate 北极气候arctic desert 北极荒漠arctic desert zone 北极荒漠带arctic front 北极锋arctic high 北极高压arctic mire 极地沼泽arctic plants 极地植物arctic polygon desert 北极多边形荒漠arctic soil 极地土壤arctic subregion 北极亚区arctic tundra 北极冻原arctic zone 北极带arctoalpine 北极高山的arcuate delta 弧形三角洲arcuate structure 弧形构造arcuate tectonic belt 弧形构造带area 地区area aerial photography 区域航空摄影area color 背景色area computation 面积计算area distortion 面积变形area eruption 区城喷溢area measuring equipment 面积测量设备area method 区域法area of artesian flow 自霖区area of influence 影响面积area pattern 面状要素area survey 面积测量area target 地区目标area under crops 播种面积area weighted average resolution 面积加权平均分辨率areal rainfall depth 地域平均雨量areal survey 分段测量arenaceous quartz 石英砂arenaceous shale 砂质页岩arenopelitic 砂泥质的arenosols 红砂土arent 耕种混合新成土argialboll 粘化漂白软土argiaquoll 粘化潮软土argiboroll 粘化极地软土argil 白土argillaceous rock 泥质岩argillic horizon 粘化层argillite 泥板岩argillization 泥化argit 粘化旱成土argiudoll 粘化湿软土argiustoll 粘化干软土argon 氩arid climate 干燥气候arid cycle 干燥周期arid cycle of erosion 干燥侵蚀循环arid geomorphic cycle 干燥地貌旋回arid landforms 干燥地形arid region 干燥区arid soil 旱境土壤aridisol 旱成土aridity 干燥度aridity index 干燥指数arithmetic mean 算术平均arithmetical unit 运算器运算部件arkose 长石砂岩aromatic base crude oil 芳香基原油aromatic plant 芳香植物arrangement 配置array processor 阵列处理机arrow 箭头arsenic 砷arsenic pollution 砷污染arsenopyrite 毒砂arterial drainage 排水干渠系统artesian aquifer 自连水层artesian basin 自联盆地artesian ground water 自霖下水artesian head 承压水头artesian pressure 自凉力artesian water 自廉水artesian well 自廉arthritis 关节炎arthropoda 节肢动物artiad 偶价元素articular rheumatism 关节风湿病artificial climate 人工气候artificial culture media 人工培养基artificial drainage system 人工排水系统artificial earth satellite 人造卫星artificial earthquake 人为地震artificial forest regeneration 森林人工更新artificial ground target 航测地面标志artificial ground water 人工地下水artificial intelligence 人工智能artificial manure 堆肥artificial mineral 人造矿物artificial pollination 人工授粉artificial precipitation 人工降水量artificial radioactive element 人工放射元素artificial radioactive nuclide 人工放射性核素artificial radioactivity 人工放射性artificial rain 人造降雨artificial recharge 人工补给artificial satellite 人造卫星artificial sea water 人造海水artificial selection 人工选择artificial soil 人工土壤artificial sub irrigation 人工地下灌溉artificial water application 人工供水asbestos 石棉asbestos deposit 石棉矿床asbolane 钴土矿asbolite 钴土矿ascend curve 上升曲线ascending air current 上升气流ascending development 上升发展ascending node 升交点ascending water 上升水ascharite 硼镁石asexual generation 无性世代asexual reproduction 无性生殖ash cloud 尘云ash cone 凝灰火山锥ash content 灰分含量ash fall 火山灰下降ash forest 秦手ash shower 火山灰下降ashless filter 无灰滤纸asiatic schistosomiasis 日本血吸虫病aspect 季相aspect ratio 纵横比aspen 白杨aspen forest 白杨林asphalt 地沥青asphaltic pyrobitumen 焦性沥青asphaltite 沥青岩aspiration psychrometer 吸气式湿度计assemblage 集合assemble 集合assembly area 集结地域assessment of yield capacity ofsoil 土地评价assimilability 可同化性assimilate 同化物assimilation 同化酌assistentrenched meander 嵌入曲流深切曲流assisttrade wind desert 信风沙漠associated species 伴生种association 群丛association complex 群丛复合体association table 群丛表astatic magnetometer 无定向磁力计astatine 砹astenosphere 软力astro geodetic net adjustment 天文大地网平差astro geodetic network 天文大地网astrograph 天体摄影仪astrolabe 等高仪astrometry 天体测量学astronautics 宇宙航行学astronomic point 天文点astronomic theodolite 天文经纬仪astronomical azimuth 天文方位角astronomical coordinate system 天文坐标系astronomical coordinates 天文坐标astronomical geodesy 天文大地测量学astronomical levelling 天文水准测量astronomical longitude 天文经度astronomical meridian 天文子午线astronomical objective 天文对物镜astronomical unit 天文单位astronomy 天文学astrophotography 天体摄影学asymmetric carbon atom 不对称碳原子asymmetric fold 不对称褶皱asymmetrical anticline 不对称背斜asymmetrical ridge 不对称山脊asymmetrical valley 不对称谷asymmetry of relief 地形的不对称性asymptote 渐近线asynapsis 不联会asyndesis 不联会atavism 返祖atlantic time 大误期atlas 地图集atlas cartography 地图集制图学atlas dummy 图集装帧样本atlas grid 图集位置指示格网atlas leaf 地图集图页atlas of morbidity 发病率地图册atlas type 地图集类型atmometer 蒸发表atmophile elements 亲气元素atmosphere 大气圈atmospheric absorption 大气吸收atmospheric air 大气atmospheric attenuation 大气衰减atmospheric attenuationcorrection 大气衰减订正atmospheric circulation 大气循环atmospheric condensation 大气凝结atmospheric disturbance 大气扰动atmospheric dust 大气尘埃atmospheric electricity 大气电atmospheric factor 大气因素atmospheric front 大气锋atmospheric humidity 大气湿度atmospheric ion 大气离子atmospheric perturbations 大气扰动atmospheric phenomenon 大气现象atmospheric pollution 大气污染atmospheric pressure 气压atmospheric radiation 大气辐射atmospheric refraction 大气折射atmospheric remote sensing 大气遥感atmospheric rock 气成岩atmospheric sounding 大气探测atmospheric stability 大气稳定性atmospheric swamp 天然沼泽atmospheric transmittance 大气透过率atmospheric turbulence 湍馏气atmospheric wave 大气波atoll 环礁atoll lake 环礁湖atomic adsorption spectrometry 原子吸收分光光度法atomic arrangement 原子排列atomic bond 原子键atomic disintegration 原子蜕变atomic energy level 原子能级atomic group 原子团atomic mass unit 原子质量单位atomic number 原子序数atomic orbital function 原子轨函数atomic radius 原子半径atomic ratio 原子比atomic size 原子大小atomic spectrum 原子光谱atomic structure 原子结构atomic unit 原子单位atomic volume 原子体积atomic weight 原子量atomism 原子论atomistics 原子论atomizer 喷雾器atrio 火口原atrio lake 火口原湖attached ground water 附着地下水attached island 陆系岛attenuation coefficient 衰减系数attenuator 衰减器attraction 引力attractive wave 引力波attribute 属性attrition 磨损aubrite 顽火无球粒陨石aufeis 积冰augen gneiss 眼状片麻岩augen structure 眼状构造auger 土钻augite 辉石augitite 辉石岩augmented matrix 增广矩阵aureole 接触变质带auripigment 雌黄aurora 极光auroral zone 极光带autecology 个体生态学authigenesis 自生酌authigenic element 自生元素authigenic mineral 自生矿物authigenous mineral 自生矿物autocartograph 自动测图仪autochorous 自布的autochthonous deposit 原地沉积autochthonous stream 原地河autoclastic rock 自碎岩autocorrelation coefficient 自相关系数autocovariance 自协方差autogenic succession 自发演替autograph 立体测图仪。

地理专业词汇英语翻译(33)

地理专业词汇英语翻译(33)

地理专业词汇英语翻译(33)地理专业词汇英语翻译(33)地理专业词汇英语翻译(33)earth axis 地轴earth crust 地壳earth current 大地电流earth dam 土坝earth ellipsoid 地球椭圆体earth flow 土流earth hummock 土岗earth interior 地球内部earth layer 土层earth magnetism 地磁earth mound 土堤earth pole 地极earth pressure 地压earth radiation 地球辐射earth resource technology satellite 地球资源技术卫星earth rotation 地球自转earth satellite 地球卫星earth science 地球科学earth slide 土崩earth station 地面站earth surface 地面earth synchronous orbit 地球同步轨道earth thermometer 地温表earth tide 地潮earth wax 地蜡earth's core 地核;地球中心带earth's crust 地壳earth's spheroid 地球回转椭圆体earthquake 地震earthquake disaster 地震灾情earthquake fault 地震断层earthquake magnitude 地震等级earthquake mechanism 地震机制earthquake proof construction 抗震建筑earthquake region 震区earthquake sound 地声earthquake zone 地震带earthworm 蚯蚓earthworm dejection structure 蚯蚓粪结构east longitude 东经easterlies 东风easting 东行航程easual species 偶见种ebb 落潮ebb current 落潮流ebb tide 落潮ebullioscope 酒精气压器eccentric angle 偏心角eccentricity 偏心率ecesis 定居echellite 白沸石echelon dissection 雁行状切割echelon fault 阶状断层echelon fissures 雁行裂缝echelon fold 阶状褶皱echelon folding 雁行状褶皱echelon fracture 雁列式断裂echelon structure 雁行构造echinodermata 棘皮动物echinoderms 棘皮动物echo fluctuation 回波涨落echo height 回波高度echo intensity 回波强度echo power 回波功率echo sounding 回声测深echometer 测深仪eclipse 食ecliptic 黄道ecliptic coordinates 黄道坐标ecliptic latitude 黄纬ecliptic longitude 黄经ecliptic pole 黄极ecliptic system 黄道坐标ecocide 生态灭绝ecoclimate 生态气候ecocline 生态倾群ecogenesis 生态进化ecological agriculture 生态农业ecological amplitude 生态幅度ecological balance 生态平衡ecological environment 生态环境ecological factor 生态因素ecological geography 生态地理学ecological map 生态地图ecological niche 生态龛位ecological optimum 生态最适度ecological series 生态系列ecological system 生态系统ecological vicariant 生态代替种ecology 生态学economic geography 经济地理economic geology 经济地质economic information system 经济信息系统economic map 经济地图ecosystem 生态系ecosystem autoregulation 生态系统自动第ecosystem components 生态系统组份ecosystem function 生态系统功能ecosystem resilience 生态系统复原能力ecosystem structure 生态系统结构ecosystem type 生态系统型ecosystematic information system 生态信息系统ecotone 过渡交错区ecotope 生态环境ecotype 生态型ectendotrophic mycorrhiza 内外菌根ectodynamomorphic soil 外动力型土壤ectoparasite 外寄生物edaphic climax 土壤演替顶极edaphic factor 土壤因素edaphic formation 土壤群系edaphogenic succession 土壤发生演替edaphology 土壤学edaphon 土居生物edaphophyte 土壤植物edatope 土壤环境eddy 旋涡eddy diffusion 涡动扩散eddy erosion in river bed 涡林蚀eddy friction 涡动摩擦eddy motion 涡动eddy's structure 涡旋结构edge binding 镶边edge enhancement 边缘增强edge feature 边缘特征edge matching 地图接边edge water 边缘水edging 镶边edificators 建群种edition note 版次说明edwardsite 独居石effective aperture 有效孔径effective drainage porosity 有效孔隙度effective grain size 有效粒径effective ionic radius 有效离子半径effective moisture 有效水分effective precipitation 有效降水量effective radiation 有效辐射effective rainfall 有效降雨effervescence 泡沸efflorescence 盐霜effluent 出水effluent river 潜水补给河effluent stream 潜水补给河effusive rock 喷发岩egyptian chlorosis 热带萎黄病eigenvalue 特盏eigenvector 本镇量ejection 喷出ek value 能量系数elastic deformation 弹性形变elastic limit 弹性限度elastic wave 弹性波elasticity 弹性elaterite 弹性沥青electric charge 电荷electric charge distribution 电荷分布electric conductivity 电导率electric double layer 双电层electric field 电场electric power system 电力系统electric shutter 电动快门electrical conductivity of water 水的电导率electrical logging 电测井electrical resistance thermometer 电阻温度计electro optical distance measurement 光电测距electro ultrafiltration 电超滤electrochemical affinity 电化亲合势electrochemical equivalent 电化当量electrochemical potential 电化势electrochemical series 电化序electrochemistry 电化学electrode 电极electrofiltration 电滤酌electrokinetic potential 动电位地理专业词汇英语翻译(33) 相关内容:。

地理专业词汇英语翻译(F)

地理专业词汇英语翻译(F)

地理专业词汇英语翻译(F)fabric 构造fabric diagram 组构图fabric domain 组构域fabric element 组构要素fabric unit 组构要素facetted pebble 棱石facetted peneplain 交叉准平原facetted spur 截切山嘴facies analysis 相分析facies change 相变facies fossil 指相化石facies index 指相化石factor 因素factor analysis 因数分析factor combination 因子组合factor matrix 因子矩阵factor model 因子模型factor of adhesion 粘着系数factorial experiment 因子试验facultative anaerobe 兼性嫌气生物fading 褪色faint negative 弱反差底片fair copy 出版原图fair drafting 出版原图fair draught 清绘原图fair sheet 海测原图fair wind 顺风fall line 瀑布线fall wind 下降风falling ball viscosimeter 落球粘度计falling tide 落潮fallow land 休地fallow soils 休闲土壤false anomaly 假异常false bedding 交错层false cirrus 伪卷云false cleavage 假劈理false color composite 假彩色合成false color film 假彩色胶片false colour composite image 假彩色合成影像false origin 假定原点false terrace 假阶地family 科fan fold 扇状褶皱fanglomerate 扇积砾fango 治疗矿泥far infrared 远红外线far infrared radiation 远红外辐射far point 远点far ultraviolet 远紫外线far ultraviolet radiation 远紫外辐射farm soil 耕琢farm water requirement 田间需水量farmland 农田farmland evaluation 农田评价farmyard manure 厩肥fascioliasis 片吸虫病fast fourier transform 快速傅里叶变换fast ice 固定冰fat coal 肥煤fat soil 肥土fathogram 测深图fatigue 疲劳fatigue of soil 土壤疲乏fault 断层fault amplitude 垂直断距fault basin 断层盆地fault bench 断层阶地fault block 断裂地块fault block mountain 断块山fault breccia 断层角砾岩fault bundle 断层束fault clay 断层粘土fault coal 劣质煤fault excarpment 断层崖fault facet 断层三角面fault fissure 断层裂缝fault fold 断层褶皱fault gouge 耳巴泥fault graben 地堑fault line 断层线fault line scarp 断层线崖fault line valley 断层线谷fault mountain 断层山fault movements 断层运动fault shoreline 断层海岸线fault surface 断面fault topography 断层地形fault trace 断层迹线fault valley 断层谷fault zone 断层带fauna 动物群faunal district 动物区域faunal kingdom 动物界faunal province 动物省faunal region 动物区faunal remains 动物残屑faunistic complex 动物复合体fayalite 铁橄榄石feather fracture 羽毛状断裂feather grass steppe 针茅草原feather joint 羽毛节理feathery structure 羽毛状结构feature extraction 特臻取feature geological map 专门性地质图feature hydrogeological map 专门性水文地质图feature point 特浙feature selection 特铡择feed crop 饲料罪feed unit 饲料单位feedback 反馈feeding area 摄食区域feldspar 长石feldspathization 长石化酌feldspathoids 类长石felling 伐木felse oat meadow 三毛草草甸felsite 长英岩felsitic texture 霏细结构felsophyre 霏细斑岩fen 沼泽fen clay 沼地粘土fen peat 低位泥炭fen soil 低位沼泽土fergusonite 褐钇铌矿ferment 酵素fermentation 发酵fermium 镄fern plot 蕨类种植园fernery 蕨类种植园ferns 蕨类ferralic arenosols 铁铝红砂土ferralic cambisols 铁铝始成土ferrallitic soils 铁铝土ferrallitization 铁铝质土化ferralsols 铁铝土ferric acrisols 铁质强淋溶土ferric luvisols 铁质淋溶土ferric podzols 铁质灰壤ferric siallitic soil 铁质硅铝土ferrimolybdite 铁钼华ferrimontmorillonite 铁蒙脱石ferrimorphic soil 铁成土ferromagnetism 铁磁性ferrudalf 铁质湿淋溶土ferruginization 铁质化ferruginous alteration product 铁质交替产物ferruginous concretions 铁结核ferruginous sandstone 铁质砂岩ferrum 铁ferry 渡船fertile pasture 能齐牧草场fertile soil 肥沃土fertility degree 肥力等级fertilization 施肥fertilizer formula 肥料配合式fertilizer requirement 需肥量festoon islands 花彩列岛fiber 纤维fiber optic image transmission 光纤传象fiber plant 纤维植物fibrist 低分解有机土fibrous peat 纤维质泥炭fibrous root 纤维根fibrous structure 纤维结构fibrovascular bundle 维管束fiducial marks 框标field 场field capacity 田间持水量field check 野外检查field crops 罪field culture 饲料罪field data collection 野外数据收集field evapotranspiration 农田蒸散field experiment 田间试验field fortification 野战筑城field geology 野外地质学field mapping 野外填图field measurement 野外测量field microclimate 农田小气候field moisture capacity 田间持水量field moisture deficiency 田间水分不足field moisture equivalent 田间水分当量field observation 野外观测field of gravity 重力场field of view 视场field sketch 外业草图field station 野外测站field stereoscope 野外立体镜field survey 野外测量field water capacity 田间持水量field weed 杂草field work 野外工作外业fifteen atmosphere percentage 15大气压百分率figure 图形figure of the earth 地球形状filar cross 十字丝file 文件filling 普染filling up of a depression 气旋填塞film 软片film distortion 胶片变形film loop 环形胶卷film pack magazine 散页胶片包装盒film water 薄膜水filmsetting 照相排字filmsetting machine 照相排字机filter 过滤机filterability 滤过率filterable membrane 滤膜filtered solution 滤过的溶液filtrate 滤液filtration 过滤filtration velocity 过滤速度final value 最后值finder 取景器寻景器fine clay 细粘土fine coal 细煤fine columer aggregate 细柱状团聚体fine crumb 细团块fine crumb aggregate 细团粒状团聚体fine earth 细土fine grain development 微粒显象fine grained detrital rock 细粒碎屑岩fine grained soil 细土fine grained texture 细粒结构fine ore 细矿石fine pore 小孔隙fine porosity 微气孔性fine prismatic aggregate 细棱柱状团聚体fine sand 细砂fine sandy loam 细砂壤土fine silt 细粉粒fine soil 细粒土壤fine soil grains 细土粒fine structure 精细结构finely granular structure 细团粒状结构finger lake 指形湖finger like delta 桨叶形三角洲finite difference method 有限差分法finite element method 有限单元法fiord 峡湾fir forest 冷杉林fire 火灾fire area 防火面积fire clay 耐火粘土fire on grassland 草场火灾fire resistance 抗火性firn 永久积雪firn basin 粒雪盆地firn field 永久积雪原firn line 永久雪线first bottom 河漫滩阶地first frost 初霜fish finder 鱼探仪fishery 渔业fishing chart 渔区图fishing remote sensing 渔业遥感fishing season 鱼汛期fission 分裂fission product 核裂产物fission track dating 裂变轨迹年代测定fission track dating method 裂变径迹法年龄测定fissure 裂隙fissure eruptions 裂缝喷发fissure limestone land 石灰岩裂隙地fissure network soil 网状裂隙土壤fissure of retreat 收缩裂缝fissure volcanoes 裂隙火山fissuring 裂隙fixation 固定fixed ash 固定灰分fixed points 观测点fixed weir 固定堰fixer 定影剂fjord 峡湾flair point 识别点flake 薄片flake structure 薄片结构flame coal 焰煤flame photometer 火焰光度计flame photometry 火焰光谱法flame reaction 焰色反应flame spectrophotometry 火焰分光光度测定flank 翼flank eruption 山侧喷发flank moraine 侧碛石flash spectrum 闪光光谱flashy flood 暴洪flat bed 水平层flat bed offset printing machine 平台胶印机flat bog 低位沼泽flat bottomed valley 平底谷flat coast 低平海岸flat interfluve 平坦河间地flat nutty structure 平核状结构flat sandy shore 低平砂质海滨flattening 扁率flattening index 平整指数flaw 横推断层flax 亚麻flexible automation 柔性自动化flexural wave 挠曲波flexure 挠曲flexure curve 变位线flexure scarp 弯曲悬崖flight altitude 飞行高度flight chart 飞行图flight direction 飞行方向flight forecast 飞行预极flight plan for aerial photography 航摄计划flight relative height 相对航高flight true altitude 绝对航高flightline 摄影航线float 浮标float gauging 浮标测流floating bog 浮草沼泽floating ice 浮冰floating island 浮岛floating mud 浮泥floating raft 漂筏flocculated colloid 絮凝胶体flocculation 凝结flocculation limit 絮凝极限flood and ebb 潮汐flood area 浸水地flood basin 泛滥盆地flood bed 泛滥地flood capacity 洪水量flood channel 洪水河道flood control 洪水控制flood current 涨潮流flood curve 洪水曲线flood discharge 洪水量flood fall 退洪flood flow 洪水量flood gate 水闸flood land 河漫滩flood level 洪水位flood plain 泛滥平原flood plain bench 泛滥平原阶地flood plain deposit 泛滥平原沉积flood plain forest 泛滥平原林flood plain meadow 泛水地草甸flood plain terrace 泛滥平原阶地flood protection 洪水控制flood risk forecasting system 洪水灾情预报系统flood routing 洪水演算flood tide 涨潮flood wave 洪水波flood zone 泛滥带flooding 水淹floodmarks 洪水遗迹floodway 排水渠道floor 底盘flora 植物群floral element 植物区系成分floral region 植物区floralelement 植物区系成分floristic composition 植物区系组成floristic element 植物区系成分floristic kingdom 植物界floristic region 植物区flow 流量flow cleavage 咙理flow folds 链褶皱flow injection analysis 怜注射分析flow injection atomic adsorption analysis 怜注射原子吸光法flow line 吝flow line map 运动线法专题地图flow line method 吝法flow net 柳flow of ground water 地下水流flow rate 量flow structure 疗构造flower bud 花芽flowering plant 有花植物flowing height 自喷高flowing method 吝法flowing pressure 自凉力flowing water 廉fluctuation 变动fluctuation of climate 气候变动fluctuation of river discharge 河量变动fluctuation of sea level 海平面变化fluctuation of water table 水位变动fluctuations of water table 地下水面波动flue dust 烟道灰flue gas 烟道气flue gases 烟道气fluid 铃fluid inclusion 液包体fluid inclusion geothermometer 液态包体地质温度计fluid phase 拎fluidal structure 疗构造fluidity 怜性flume 引水沟fluorapatite 氟磷灰石fluorescence 荧光fluorescence microscope 荧光显微镜fluorescent screen 荧光屏fluorimeter 荧光计fluorine 氟fluorine dating 氟年代测定法fluorine pollution 氟污染fluorite 萤石fluorite deposit 萤石矿床fluorography 荧光图照相术fluorosis 氟中毒fluvaquent 冲积潮新成土fluvent 冲积新成土fluvial bog 滩地沼泽fluvial cycle of erosion 河铃积循环fluvial erosion 河蚀fluvial geomorphology 廉地貌fluvial landforms 河川地形fluvial plains 冲积平原fluviatile deposit 河成沉积fluviatile facies 河相fluviatile gravel 河砾fluviatile loam 冲积壤土fluvioglacial deposit 冰水沉积fluvioglacial deposits 冰水沉积物fluvioglacial processes 冰水过程fluvioglacial soil 冰水土壤fluvioglacial terraces 冰水阶地fluviology 河璃fluvisols 冲积土flysch 复理层foam 泡沫focal distance 焦距focal distance of objective 物镜焦距focal plane 焦面focus 焦点focus difference 焦距差focusing 倒foehn 焚风foehn cloud 焚风云foehn wave 焚风波fog 雾fog dissipation 雾消散fog horizon 雾层fold 褶皱fold basement 褶皱基底fold belt 褶皱带fold fault 褶皱断层fold fissures 褶皱裂隙folded mountain 褶皱山folding 褶皱酌folding belt 褶皱带`foliage color 叶彩色foliated coal 层状褐煤foliated structure 薄片状结构foliation 剥理folist 末分解有机土folk custom 民俗fontology 温泉学food 食物food chain 食物链food chains trophic levels 食物链营养级food cycle 营养循环food plant 食用植物food poisoning 食物中毒foot 山脚foot of slope 斜井底foothill 山麓小丘foothills 前陆footwall 下盘forage crop 饲料罪forage reserve 饲料基地forage value 钶料价值forb meadow 杂类草草甸forb steppe 阔叶草本干草原force couple 力偶force of gravity 重力forced convection 强迫对流ford 浅滩fore sight 前视forecast 预报forecast map 预报图forecast of solar activity 太阳活动预告forecast period 预报期forecast windstorm with doppler radar 用多普勒雷达预测暴风雨forecasting 预报foredeep 陆外渊foreset bed 前积层foreshock 前震foreshore 前滨forest 季雨林forest amelioration 森林改良forest block 林块forest bog 森林沼泽forest climate 森林气候forest density 密封度forest edge 林缘forest floor 枯枝落叶层forest land 林地forest line 森林线forest management 森林经营forest meteorology 森林气象学forest opening 林中旷地forest peat 木质泥炭forest photogrammetry 林业摄影测量forest planting 造林forest resources 森林资源forest road in photo location survey 林区道路像片选线forest science 林业科学forest site 森林立地forest site interpretation 森林立地条件判读forest soil 森林土壤forest stand 林分forest steppe 森林草原forest steppe soil 森林草原土壤forest steppe zone 森林草原带forest survey 森林测量forest swamping 森林沼泽化forest tundra 森林冻原forest type map 森林类型图forest typology 林型学forest vegetation 森林植物群forest with grass layer 多草森林forest zone 森林地带forestry 林学forestry remote sensing 林业遥感form 形状form factor 形状因素form of poluttants 污染物形态formaldehyde water pollution 甲醛水污染format 规格formation 地层formation class 群系纲formation group 群系组formation heat 形成热formic acid 甲酸formlines 地形线forsterite 镁橄榄石fort 要塞fortification 筑城fortified area 筑城地域forward intersection 前方交会fossil 化石fossil anomaly 古异常fossil coenosis 化石群fossil delta 古三角洲fossil droppings 粪化石fossil erosion surface 古侵蚀面fossil ice 化石冰fossil men 化石人fossil penenplain 古准平原fossil plant 植物化石fossil pollen 花粉化石fossil pteridophytes 化石蕨fossil soil 埋藏土壤fossil soil method 古土壤法fossil soils 古土壤fossil species 化石种fossilisation 化石化foul land 污秽地foul weather 坏天气foundering 陷落fountain spring 喷泉fourier spectrometer 傅里叶谱仪fourier transform hologram 傅里叶变换全息图fowl 家禽fraction 粒级fractional analysis 分组分析fractional crystallization 分离结晶fractional isotopic abudance 同位素丰度fractional precipitation 分级沉淀fractional separation 分级fractionation 分级fractionation factor 分离系数fractocumulus 碎积云fractonimbus 碎雨云fractostratus 碎层云fracture 断口;隙泉fracture cleavage 破劈理fracture zone 断裂带fragipan 脆磐fragment 碎片fragmental limestone 钙屑灰岩fragmental structure 碎屑状结构fragmental texture 碎屑结构fragmentary material 碎屑物质fragrant plant 香料植物frame 框架frame of image 像幅framework 框架francium 钫frazil 底冰frazil ice 片冰free air reduction 空间改化free ammonia 游离氨free atmosphere 自由大气层free atmosphere climate 自由大气层气候free balloon 自由气球free convection 自由对流free energy of activation 自由活化能free energy of formation 生成的自由能free enthalpy 自由焓free gas 游离气体free generalization 任意综合free ground water 自由地下水free hand profile map 随手剖面图free iron 游离铁free open textured sand 松砂free organic acids 游离有机酸free oxide 游离氧化物free radical 自由基free radical reaction 游离基反应free state 游离状态free valence 自由价free water 自由水freeze hole 冻结钻孔freeze up 冰冻期freezing 冰冻freezing fog 冻雾freezing hole 冻结钻孔freezing nuclei 冻结核freezing point 冰点french curves 曲线板freon 氟利昴frequency 频率frequency analysis 频率分析frequency class 频率级frequency curve 频率曲线frequency distribution 频率分布frequency estimate 频率估价frequency map 频率分布图frequency range 频率范围frequency spectrum 频率谱frequency stability 频率稳定性frequent irrigation 频繁灌溉fresh regolith 新鲜风化层fresh water 淡水fresh water lake 淡湖fresh water lake deposits 淡水湖沉积物fresh water marsh 淡水沼泽fresh water plankton 淡水浮游生物fresh water plant 淡水植物fresh water swamp 淡水沼泽freshly exposed surface 新暴露面friability 松散性friable iron pan 松散铁磐friable soil 松散土壤friction 摩擦friction breccia 擦碎角砾岩friction head loss 摩擦水头损失friction layer 摩擦层friction losses 摩擦水头fringe region 大气边缘层fringe woodland 长廊林fringing reef 裙礁front 锋front anomaly 前缘异常front elements 前缘元素front line of snowmelt 融雪前锋线front view 正视图frontal analysis 锋面分析frontal fog 锋面雾frontal moraine 前碛frontal precipitation 锋面降水frontal surface 锋面frontal thunderstorm 锋面雷暴frontal waves 锋面波frontal zone 锋带frontier 国境frontogenesis 锋生frontolysis 锋消frost 霜frost cracking 冻裂frost cracks 霜裂frost damages 霜冻损害frost free period 解冻期frost heaving 冻拔frost mound 冻丘frost pocket 霜穴frost protection 防霜frost shake 冻裂隙frost weathering 冰冻风化frostless period 解冻期froth 泡沫frozen rain 冻雨frozen soil 冻土fructification 结实fructose 果糖fruit 水果fruit bud 果芽fruit tree 果树fruticous desert 灌木荒漠full moon 满月full sheet 全页图full water capacity 最大持水量fuller's earth 酸性白土fulvic acid 富里酸fumaric acid 延胡酸fumarole 喷气孔fume 尘云function 函数function of fluroine 氟元素功能functional diagram 功能图functional group 官能团functioning 起酌fundamental color 知颜色fundamental point 基准点fungi 菌类fungicide 杀菌剂fungus 真菌fungus disease 真菌病funnel cloud 漏斗云furrow 沟furrow irrigation 沟灌furrowing 开沟fusain 丝煤fused phosphate fertilizer 熔融磷酸肥料fusion analysis of soil 土壤熔解分析fusite 丝煤future reserves 远景储量。

地质专业英语翻译

地质专业英语翻译

C HA NGC H U N I NS TI TU TE O F TEC HNO LO GY专业英语班级:勘查0942姓名:崔金龙学号:0 4指导老师:刘丽莎成绩:Foundation engineeringStructures or other constructed works are supported on the earth by foundations. The word“foundation”may mean the earth itself, something placed in or on the earth to provide support ,or a combination of the earth and the elements placed on it . The foundation for a multistory office building could be a combination of concrete footings and the soil or rock on which the footings are supported . The foundation for an earth-fill dam would be the natural soil or rock on which the dam is placed . Concrete footing or piles and pile caps are often referred to as foundations without includes the soil or rock of the earth form a foundation system ,the soil and rock provide the ultimate support of the system . Foundations that are installed may be either soil-bearing or rock-bearing . The reactions of the soil or rock to the imposed loads generally determined how well the foundation system functions . In designing the installed portions , the designer must determine the safe pressure which can be used on the soil or rock and the amount of total settlement and differential settlement which the structure can withstand . A building's foundation transmits loads from buildings and other structures to the earth.Geotechnical engineers design foundations based on the load characteristics of the structure and the properties of the soils and/or bedrock at the site. In general, geotechnical engineers: 1) Estimate the magnitude and location of the loads to be supported; 2) Develop an investigation plan to explore the subsurface; 3) Determine necessary soil parameters through field and lab testing (e.g., consolidation test, triaxial shear test, vane shear test, standard penetration test); 4) Design the foundation in the safest and most economical manner .The primary considerations for foundation support are bearing capacity, settlement, and ground movement beneath the foundations. Bearing capacity is the ability of the site soils to support the loads imposed by buildingsor structures. Settlement occurs under all foundations in all soil conditions, though lightly loaded structures or rock sites may experience negligible settlements. For heavier structures or softer sites, both overall settlement relative to unbuilt areas or neighboring buildings, and differential settlement under a single structure, can be concerns. Of particular concern is settlement which occurs over time, as immediate settlement can usually be compensated for during construction. Ground movement beneath a structure's foundations can occur due to shrinkage or swell of expansive soils due to climatic changes, frost expansion of soil, melting of permafrost, slope instability, or other causes. All these factors must be considered during design of foundations .Many building codes specify basic foundation design parameters for simple conditions, frequently varying by jurisdiction, but such design techniques are normally limited to certain types of construction and certain types of sites, and are frequently very conservative.In areas of shallow bedrock, most foundations may bear directly on bedrock; in other areas, the soil may provide sufficient strength for the support of structures. In areas of deeper bedrock with soft overlying soils, deep foundations are used to support structures directly on the bedrock; in areas where bedrock is not economically available, stiff "bearing layers" are used to support deep foundations instead . Shallow foundationShallow foundations, often called footings, are usually embedded about a meter or so into soil. One common type is the spread footing which consists of strips or pads of concrete (or other materials) which extend below the frost line and transfer the weight from walls and columns to the soil or bedrock.Another common type of shallow foundation is the slab-on-grade foundation where the weight of the building is transferred to the soil through a concrete slab placed at the surface. Slab-on-grade foundations can be reinforced mat slabs, which range from 25 cm to several meters thick, depending on the size of the building, or post-tensioned slabs, which are typically at least 20 cm for houses, and thicker for heavier structures . Deep foundationsA deep foundation is used to transfer a load from a structure through an upper weak layer of soil to a stronger deeper layer of soil. There are different types of deep footings including impact driven piles, drilled shafts, caissons, helical piles, and earth stabilized columns. The naming conventions for different types of footings vary between different engineers. Historically, piles were wood, later steel, reinforced concrete, and pre-tensioned concrete. FootingFootings or spread foundations are used to spread the loads from columns or walls to the underlying soil or rock . Normally , footing are constructed concrete . However , under some circumstances they may be constructed of plain concrete or masonary ,when each footing supports only one columns ,it is square . Footing supporting two columns are used to carry loads from two columns , with one column and one end of the footing placed against a building line or exterior wall . Footings supporting walls are continuous footings . The sizes of footings are determined by the allowable bearing pressure which can be imposed on the soil or rock of the earth . Most building codes and textbook on foundations contain tables listing allowable bearing pressure for various types of soil and rock ;however, these tables give only general classifications and descriptions of the soil or rock and must be used with caution. More specific information about the soil or rock is normally obtained bydrilling test boring , extracting soil or rock samples, performing laboratory tests on the samples , and making engineering analysis to determine suitable bearing pressure. In addition to bearingpressure ,consideration must be given to the amount of settlement which may occur and the capability of the structure to withstand such settlement.If settlement is a problem it may be necessary to use an alternate founation type rather than footings or to enlarge the footing and decrease the bearing pressure . Mat foundationsMat or raft foundation are large , think ,and usually heavily reinforced concrete mats which transfer loads from a number of columns and walls to the underlying soil or rock .Mats are also combined footing ,but are much large than a footing supporting two columns . They are continuous footing and are designed to transfer a relatively uniform pressure to the underlying soil or rock . Mats are rigid and will act as a bridge over discontinuities in the soil or rock on which they are founded ,Mats founded several meters bellow the ground surface ,when combined with external walls ,are termed floating foundations .The weight of the total weight of the soil excavated from the ground surface to the bottom of the mat be equal to approach the total weight of the structure . In thiscase ,little or no new load is applied to the underlying supporting soil ,and settlements of a structure may be minimal after construction .基础工程建筑物或者其它已建成的工程是由基础下面的地基土来支撑着的,所以“基础”这个词表示土本身或者在土内布置的物体作为支承体,或作为土和在它上面布置的构件的联合体。

地质专业英语翻译段落 (学习版)

地质专业英语翻译段落 (学习版)

Petroleum occurs widely in the earth as gas,liquid,semisolid,or solid,or in more than one of these states at a single place.Chemically any petroleum is an extremely complex mixture of hydrocarbon compounds,with minor amounts of nitrogen ,oxygen,and sulfur as impurities.Liquid petroleum ,which is called crude oil to distinguish it from refined oil,is the most important commercially .It consists chiefly of the liquid hydrocarbons ,with varying amounts of dissolved gases,bitumens,and impurities.石油,以气态、液态、半固态或固态、或在某一个地方以一种以上形态广泛存在于地球中。

从化学上讲,任何石油都是由烃化合物组成的极其复杂的混合物,并含有少量作为杂质的氮、氧及硫。

液态的石油,为区别于炼制油,成为原油,在商业上是重要的。

它主要由液态烃类组成,并含有不同数量的溶解气、沥青和杂质。

The origin and distribution of a reservoir rock are controlled primarily by the processes by which the sand was deposited. Scientists concerned with the origin of sedimentary rocks are fortunate because they can observe the conditions and processes by which sediments accumulate today and use their observations to interpret the origin of ancient sediment. By using the areas of modern environments of deposition as natural laboratories, scientists seek to improve the quality of their work. A massive effort has been underway for the past 30 years by industry, government and university scientists throughout the world to investigate modern environments of deposition and to interpret the results of the processes in Holocene sequences. Concepts have evolved from these studies that have revolutionized scientific thought about the sedimentary rocks.储集岩的成因和分布基本受砂沉积时的一些作用控制。

地质专业英语

地质专业英语

The EarthFrom classical times it has been known that the earth is roughly spherical in shape. Actually the planet is shaped more like a slightly flattened ball whose polar radius is about 21km shorter than its equatorial radius. The average radius is 6371km. The earth’s specific gravity is 5.5. It is 5.5 times as heavy as an equal volume of water. The specific gravity is greater than that of any other planet in the solar system, but not appreciably different from that of Mercury, Venus and Mars. Because the average specific gravity of surface rocks is only about 2.7, the material existing deep within the earth must have a specific gravity well in excess of the 5.5 average. Very likely, the material at the earth’s center has a specific gravity as high as about 15.The splendid photographs of the earth taken from space by Apollo astronauts remind us that our planet is more than a rocky globe orbiting the sun. The patterns of white clouds above the azure blue color tell us of the presence of an atmosphere and hydrosphere. Here and there one can even discern patches of tan that indicates the existence of continents. Greenish hues provide evidence of the planet’s most remarkable feature: there is life on earth.THE A TMOSPHERE(大气圈)We live beneath a thin but vital envelope of gases called atmosphere. We refer to these gases as air. “Pure air”is composed mainly of nitrogen (78.03%) and oxygen 920.99%). The remaining 0.98% of air is made of argon, carbon dioxide and minute quantities of other gases. One of these “other”components found mostly in the upper atmosphere is a form of oxygen called ozone. Ozone absorbs much of the sun’s lethal ultraviolet radiation, and is thus of critical importance organisms on the surface of the earth. Air also contains from 0.1 percent to 5.0 percent of water vapor. However, because this moisture content is so variable, it is not usually included in lists of atmospheric components.Every day, the atmosphere receives radiation from the sun. This solar radiation provides the energy that heats the atmosphere and drives the winds.Distribution of solar radiation is one of the most important factors in determining the various kinds of climate we experience on the earth.THE HYDROSPHERE(水圈)The discontinuous envelope of water that covers 71 percent of earth’s surface is called hydrosphere. It includes the ocean as well as water vapor. The water contained in streams and lakes, water frozen in glaciers, and water that occurs underground in the pores and cavities of rocks. If surface irregularities such as continents and deep oceanic basins and trenches were smoothed out, water would completely cover the earth to a depth of more than two kilometers. Water is an exceedingly important geologic agent. Glacier composed of water in its solid form alter the shape of the land by scouring, transporting and depositing rock debris. Because water has the property of dissolving many natural compounds, it contributes significantly to the decomposition of rocks and, therefore, to the development of soils on which we depend for food. Water moving relentlessly down hill as sheetwash, in rills, and in streams loosens and carries away the particles of rock to lower elevations where they are deposited as layers of sediment. Clearly, the process of sculpturing our landscapes is primarily dependent upon water.By far the greatest part of the hydrosphere is contained within the ocean basins. These basins are of enormous interest to geologists who have discovered that they are not permanent and immobile as once believed, but rather are dynamic and ever changing. There is ample evidence that the seafloors move, and that these movements have a direct relation to the formation of mountains, chains of volcanoes, deep sea trenches and mid-ocean ridges. In the ocean are collected the layersof sediment from which geologists decipher earth history. Here also one finds mineral resourcesand clues to the location of ore deposits elsewhere on the planet. The ocean provides part of our food supply and has a pervasive influence on the climate we experience.Lesson Two Common Minerals(5学时)QUARTZ([] 石英)The mineral quartz is one of the most familiar and important of all the silicate] 硅酸盐) minerals. It is common in many different families of rocks. As ([] 临界的,根本的,最终的) mentioned earlier, quartz represents the ultimate ([] 四面体的); it thereforein cross-linkage of silica tetrahedral ([will not break along smooth planes. In quartz, the tetrahedral are joined only at the corners and ina relatively open arrangement. It is thus not a dense mineral, but it is quite hard because of the] strong bonding in its framework structure (架状结构). When quartz crystals ([晶体)are permitted to grow in an open cavity they may develop hexagonal] 棱柱)topped by pyramids] 六边形的)prisms ([([(棱锥) that are prized by crystal collectors. More frequently, the crystal faces can not be discerned because the orderly addition of atoms had been interrupted by contact with other growing crystals. Such minerals as chert ([ ] 燧石,黑硅石), flint ([flint] 燧石), jasper ([] 碧玉)and agate ([ ] 玛瑙)are varieties of a form of quartz called] 玉髓). Chalcedony is composed of extremely small chalcedony ([] 含纤维的,质状的)crystals of quartz. The crystals are so tiny that fibrous ([their study often requires the use of an electron microscope. Spaces between the crystals are] 分子). Among the varieties of usually occupied by water molecules ([chalcedony, chert is exceptionally abundant in many sedimentary rock units. It is a dense, hard ,usually white mineral or rock. Flint is the popular name for the dark gray or black variety of chalcedony much used by stone-age humans for making tools. Jasper is recognized by its opaque ] 不透明的)appearance and red or yellow color derived from ironoxide (氧化([铁)impurities (impurity[ ]杂质). The term agate is used for chalcedony that exhibits bands (夹层,带)of differing color or texture (质地,纹理). There are many other varieties of quartz minerals than those briefly mentioned here.THE FELDSPARS ([] 长石)Feldspars are the most abundant constituents of rocks , composing about 60 percent of the total weight of the earth’s crust. There are two major families of feldspars: orthoclase ([] 钾)feldspar group] 正长石)or potassium ([] 铝which are the potassium aluminosilicates ([ 硅酸盐,硅铝酸盐), and the plagioclase ([] 斜长岩)group,钠)and calcium which are the aluminosilicates of sodium ([ ]] 钙). Members of the plagioclase group exhibit a wide range in ([] 钙长composition—from a calcium-rich end member called anorthite ([] 钠长石)石)(CaAl2Si2O8) to a sodium- rich end member called albite ([(NaAlSi3O8).Between these two extremes, plagioclase minerals containing both sodium andcalcium occur. The substitution of sodium for calcium, however, is not random but rather is governed by the temperature and composition of the parent mineral. Thus, by examining the] 熔铸的)rock it is possible to infer the feldspar content of a once molten ([physical and chemical conditions under which it originated. Feldspars are nearly as hard as quartz] 浅蓝色的)gray. Silica and range in color from white or pink to bluish ([tetrahedra in the feldspars are joined in a strong three-dimensional lattice ([ ]格子)that is characterized by planes of weaker bonding in two directions at (or nearly at) right angles (直角) to each other. Because of this, the feldspars have good cleavage (break along smooth] 矩形的,成直planes) in two directions. The resulting rectangular ([] 解理)surfaces and a hardness of 6 are properties useful 角的) cleavage ([in the identification of feldspars.The plagioclase feldspars provide an example of the manner in which ions can be interchanged in a mineral group. A chemical analysis of specimens ([] 标本,样品)of plagioclase taken from several different rocks would very probably reveal that the proportions of] 铝), and silicon (the principal cations calcium, sodium, aluminum ([([] 阳离子)in plagioclase) would differ among the specimens. This variability] 可变性)occurs because some ions resemble each other in ([size and electrical properties (电性质) and are thus interchangeable] 可互换的)in a given crystal. Calcium and sodium ions ([] 同一的) in size. Both aluminum and are large and nearly identical ([silicon are small ions and not greatly different in size. Thus, calcium ions might substitute for (代替)sodium ions freely if size alone were the only requirement. However, the electrical neutrality (电中性)of the crystal must also be maintained. The electrical charge (电荷)of the calcium ion is] 中和)the +2, whereas that of the sodium ion is –1. To counteract ([] 剩余的)positive charge, an aluminum ion (+3) may substitute for a surplus ([silicon ion (+1) to maintain electrical neutrality. Thus, Ca2++Al3+ can interchange with Na+ and] 相互交换) is called solid Si+. This process of interchange ([solution (固体溶液).] 云母)GROUPTHE MICA ([As noted earlier, mica is a silicate mineral having sheet structure (层状结构), and is easily] 显著的)cleavage in recognized by its perfect and conspicuous ([] 定向的)plane. The two chief varieties are the one directional ([] 白云母)mica, which is a colorless or palecolored muscovite ([] 含水的)potassium aluminum silicate (KAl2 (AlSi2O3 (OH)2) hydrous ([and the dark colored biotite ([ ] 黑云母)mica, which also contains iron and] 镁)(K(Mg, Fe)3AlSi3O2(OH)2). In muscovite mica, magnesium ([two sheets of tetrahedra are strongly held together along their surface inner surfaces by positively charged ions aluminum. These sandwich like paired sheets are in turn weakly joined to others by positively charged ions of potassium. When muscovite is cleaved ([kli:v] 劈开)into paper-thin layers, the separation occurs primarily along the weaker plane where the potassium ions are located. In biotite, magnesium and iron ions hold the inner surfaces of the sheets together, but once again potassium ions serve to weakly join each basic set of paired sheets to its neighbor.辨认,鉴定)of large specimens of Identification ([ ]mica is rarely a problem because of its planar ([] 平坦的)per feet cleavage and the way cleavage flakes ([ ] 薄片)snap back (迅速跳回)into place when they are bent] 火成and suddenly released. The micas are common constituents of igneous ([ 的)and metamorphic ([] 变质的)rocks, where they can be recognized by their shiny surfaces and the ease with which they can be plucked loose with a pin or pen knife. Before the manufacture of glass, one of the chief uses of muscovite mica was as window panes ([ ] 窗格玻璃边,面). This clear mica was quarried ] 挖出,苦心找出)in Muscovy ([] 俄国)(commonly (quarry[name for Russia), and thus came to be known as “Muscovy glass”and eventually muscovite.] 绝缘Today, mica is used in the manufacture of electrical insulators ([] 石膏), roofing products and rubber. 体)and as a filler (填充物) in plaster ([角闪石)HORNBLENDE ([ ]] 玻璃质的)black or very dark green mineral. It is Hornblende is a vitreous ([the most common member of a larger family of minerals called amphiboles ] 闪石), which have generally similar properties. As can be seen from its ([chemical formula, NaCa2(Mg,Fe,Al)2(Si,Al)2O2(OH), Hornblende contains a relatively large number of elements. Because of the presence of iron and magnesium, hornblende (along with] 橄榄石,黄绿) is designated a ferromagnesian biotite, augite and olivine [] 铁镁矿物,含有铁与镁的)mineral. Crystals of ([hornblende tend to be long and narrow. Two good cleavages are developed parallel to the long axis] 横断,交叉)each other at angles of 56°and 121°. The and intersect ([cleavage is a reflection of the location of planes of weaker bonds that exist between the] 原子的)lattice.double-chain units of silica tetrahedral in the atomic ([] 普通辉石)AUGITE ([Just as hornblende is only one member of a family of minerals called amphiboles, augite is an] 辉石)family in which many important member of the pyroxene ([] 种类)also occur. Its chemical formula other mineral species ([Ca(Mg,Fe,Al)(SiAl)2O3 indicates that it too is a ferromagnesian mineral and thus dark colored. An augite crystal is typically rather stumpy ([] 短柱状的)in shape with good cleavages developed along two planed that are nearly at right angles (87°and 93°). Thus, the] 菱形的) cross section of a crystal appears nearly square (rather than rhombic ([as in hornblende). Unlike hornblende which has a double chain silicate structure, augite is constructed of single chains, and this accounts for its having differently shaped cleavage] 碎片,片断).fragments ([] 橄榄石,黄绿)OLIVINE ([] 铁镁矿物)mineral, Olivine, another ferromagnesian ([has been mentioned earlier as having isolated silicon-oxygen tetrahedral boned together by iron] 镁)ions. Its formula (Fe,Mg)2SiO4 indicates and /or magnesium ([that it is a solid solution mineral, containing variable proportions of iron and magnesium. The substitution ([] 替代)of these ions for each other is] 助长,促进)by their having similar ionic radii facilitated (facilitate [([] 半径)and two electrons (电子)in their outer electron shell (电子壳层). Theions in olivine are so strongly held by ionic bonding (结合,粘合)that the mineral has a hardness of6.5. As you might guess from its name, this glassy-looking mineral often has a green color. Frequently, it occurs as masses of small sugary grains or as tiny vitreous crystals in black lavas ([] 熔岩,火山岩). It is also an important constituent of stony meteorites. If large unblemished crystals of magnesium-rich olivine are found, they may be cut and polished into] 经雕琢的宝石)called peridot attractive gemstones ([([] 贵橄榄石).Lesson Three Sedimentary Rocks(5学时)Once weathering products (风化产物) have been formed from pre-existing rocks (原岩,先成岩).The next stage in the sequence of events leading to (导致,产生) sedimentary rocks is the removal]and transport of those products. Many denudational ([] 媒介), including running water, and剥蚀作用的)agencies (angency[] 帮助)in this removal. The wind is an effective moving ice, and wind assist ([agent in picking up and blowing away the smaller and lighter particles. Glacial] 冰川的) ice can move very large pieces of rock and ([] 巨大的,极大的)load (载重,负荷) of coarse sediment (粗carry an immense ([] 格外地,异常地)effective粒沉积物). Streams are also exceptionally ([in carrying not only solid particles of sediment but invisible dissolved salts as well. Ultimately ([] 最后,终于), sediment-laden (携带大量泥沙的,含沙量大的)streamsflow into lakes or the sea and their load of sediment is deposited. It may form sandy beaches (沙] 粉砂质的) flood-plains (泛滥平原,漫滩,洪积平原), and sometimes 滩), silty ([] 河口muddy boggy ([ ] 沼泽的)areas of estuaries (estuary[] 三角洲).湾)and deltas ([] 无论The solid particles carried by wind or water will be deposited whenever ([] 不足的) energy to carry them further.何时)there is insufficient ([] 速度,速率)of dust-laden wind abatesFor example, if the velocity ([] 减少), there will be insufficient energy to carry particles of a given size ,and ([] 同样地,相似地), if a stream’s those particles will be dropped. Similarly ([velocity is checked (受到阻止,减弱), as when entering a standing (静态的) body of water (水体,储水池), the stream also loses energy and is unable to continue to carry the material formerly carried at the higher velocity.A reduction in a stream’s velocity does not, of course, affect the dissolved materials as it does] 悬挂,悬浮) solid particles. Material carried in solution suspended ([] 溶液)is deposited by a process called precipitation ([] 沉淀作用), in which dissolved material is changed to a ([solid and separated from the liquid in which it was formerly dissolved. For example, calcium] 碳酸盐), the principal ([] 钙) carbonate ([] 主要的) substance in the widespread ([] 分布([] 石灰岩), may广泛的,普遍的) sedimentary rock known as limestone ([be precipitated from water that contains calcium in solution as indicated below:Ca2+ + 2HCO3 CaCO3 + H2O + CO2(dissolved (dissolved (calcium (water) (carbon]) carbonate) dioxide)calcium bicarbonate([ions) ions) 碳酸氢盐] 得The bicarbonate ions that participate in the above reaction can be derived ([到)from the ionization ([] 离子化,电离)of carbonic] 碳的,含碳的)acid ([ ] 酸). As indicated by the arrows(箭([头), the reaction will proceed toward the right and calcium carbonate will be precipitated. If, however, carbon dioxide(二氧化碳)is added to sea water, then the amount of carbonic acid inthe water would build, and the reaction would proceed to the left. This would result in (导致) a] 对...有益的,对...有帮助的) to chemical environment not conducive ([] 沉淀(作用)),(有益于) calcium carbonate precipitation ([and one in which existing calcium carbonate might begin to dissolve. As is evident here, the] 复杂的)and delicate precipitation of calcium carbonate is a complex ([] 精密的,精细的) process in nature. It is influenced by organisms that ([] 解放,释放)carbon dioxide, by processes that alter the utilize or liberate ([] 酸度) or alkalinity ([] 碱度)of the acidity ([] 有机的) compounds, and by ions of water, by the presence of organic ([] 磷), and magnesium] 硫), phosphorus ([sulfur ([] 镁) which may be present.([Many changes take place in sediment after it has been deposited. Mineral grains (颗粒) may be dissolved away. Some may grow by additions of new mineral matter (矿物质), and the shapes of] 使...变形) by compaction particles may be distorted ([] 压实(作用)). The result of some of these changes is to convert ([] 使...转变) sediment into sedimentary rock (沉积岩). The conversion ([([] 转变,转换)process is called lithification]] 岩化). Cementation ([ ([]胶结(作用),粘结), compaction and crystallization ([ 结晶(作用)) are the principal means by which unconsolidated] 未固结的) sediment is lithified ([(lithify[] (使)岩化).Cementation involves the precipitation of minerals in the pore spaces between larger particles of sediment. The precipitated mineral, which most frequently is either calcium carbonate (CaCO3) or silica ([] 胶结物).] 二氧化硅) (SiO2), is called the cement ([Cement is added to a sediment after deposition. It differs from a rock’s matrix] 碎屑状的) ([] 基质) which consists of clastic ([particle (often clay) that are deposited at the same time as the larger grains and help to hold the grains together.The reduction in pore spaces in a rock as a result of the pressure of overlying (上覆的) rocks or pressures of earth movements is termed compaction. During compaction, individual grains are] 排出) of pressed tightly against one another, causing the expulsion ([water and rearrangement of particles. The result is often the conversion of loose sediment into] 硬化的)rock. Compaction is greatest and hard indurated ([most important as a lithification process in finer-grained sediments like clay and mud.] 最初的,起始Lithification by crystallization may begin with an initial ([的)chemical precipitate ([] 沉淀物) in which the developing crystals grow together to form a crystalline solid (结晶固体). The process of crystallization, however, may also result in a changing in the form of grains that have already been deposited. For example, quartz may be precipitated onto rounded quartz grains to form a strong interlocking] 镶嵌) of] 联锁的,镶嵌的)mosaic ([([] 缠结的,无光泽的,暗淡crystals. Clay may be converted to a matted ([的)aggregate ([] 集合体)of tiny mica crystals or calcium carbonate skeletal] 岩屑,碎石) may be ] 骨骼的,骸骨的) debris ([([] 方解石). The migration recognized into hard crystalline calcite ([] 迁移,转移)of watery solutions through sediment favors ([crystallization as does deep burial and consequent ([] 作为结果的,随之发生的) increases in temperature and pressure.Sedimentary rocks are identified and named according to their composition] 结构). In regard to] 组成,成分) and texture ([([] (关于) composition, the three most abundant mineral components ([ 成分) of sedimentary rocks are clay minerals, quartz and calcite. Evaporite] 蒸发岩)minerals and dolomite ([] 白云石), ([] 然而,不过)form an although less abundant, nevertheless ([] 可估计的) portion of many sedimentary sequences. appreciable ([Sedimentary rocks nearly always also contain variable amounts of limonite ([] 赤铁矿). A] 褐铁矿) and hematite ([] 概括,广义性) one can make about generalization ([the mineral composition of sedimentary rocks is that most are mixtures of two or more] 掌握,控制,components in which one mineral may predominate ([支配,统治). Thus, sandstones composed mostly of quartz grains nearly always contain some clay] 石灰岩) made mostly of calcite neatlyor calcite, and limestones ([]污染)with clay and quartz always are contaminated (contaminate[grains.Texture refers to the size and shape of individual mineral grains and to their arrangement in the rock. A rock that has a clastic texture ( from the Greek klastos, broken) is composed of particles of] 砂砾,砾石), or fragments of clay, silt ([ ] 粉砂), sand, and gravel ([parent rock or fossils ([ ] 化石) that have been moved individually from their place of] 使与...对照) to (和...形成对比,对照)these clastic origin. In contrast ([rocks, non-clastic rocks form by chemical or biochemical (生物化学的) precipitation within a sedimentary basin. Most non-clastic rocks are crystalline and include certain limestones and evaporates.Sedimentary rocks made of the remains of plants and animals are categorized as biogenic] 源于生物的,生物成因的). Coal, for example, can be ([considered as sedimentary rock derived from the accumulation] 积聚,堆积物)of plant remains. Limestones composed ([] 无脊椎的) predominantly of the skeletal remains of invertebrate ([animals would also be considered biogenic.] Although it is convenient to separate sedimentary rocks into such discrete ([ 离散的,不连续的)categories as clastic, crystalline and biogenic, it becomes quickly apparent] 显然的) to anyone who enjoys collecting rocks that there are many ([] 有等级的)types, and some rocks can be placed in gradational ([] 有效性,合法性,正确性). either of two categories with equal validity ([] 与众不同的,有特色For example, many limestones are distinctive ([的)crystalline, but a limestone composed of fragments of a pre-existing limestone could be termed as clastic limestone.Lesson Four Movement and Geological Structures(8学时)The eighteenth-and nineteenth-century scientists who laid the foundations of modern geology concluded that most sedimentary rocks were originally deposited as soft horizontal layers at the bottom of the sea and hardened over time. But they were puzzled that many hardened rocks were tilted, bent, or fractured. They wondered, what forces could have deformed these hard rocks in this way? Can we reconstruct the history of the rocks from the patterns of deformation found in the field? The geologists of today would add, how do rocks of all types become deformed, and how does the deformation relate to plate tectonics (Press and Siever, 2001)?These questions are answered in the following.1 ACTING FORCE AND DEFORMA TION OF ROCKS 作用力与岩石变形All rocks in the crust of the Earth have been deformed, to some extent, by tectonics. We call the forces acting on rocks stresses(应力).There are two kinds of acting forces-static forces (静压力)and directed forces (定向压力). Static forces or confining stresses (围压)make rocks contract their volumes and directed forces or stresses make the rocks change their shapes (Figure 1).Directed forces include three types:compression, tension and shear. Compressive forces squeeze the rocks and shorten the rock body; tensional forces stretch a body and tend to pull it apart; and shearing forces push two side of a body in opposite directions (Figure 1).Geological structures(地质构造)are the results of rock deformation.Occurrence(产状)is the orientation of a structural plane or a structural line. It can be described by strike, dip and dip angle.Strike(走向)is the direction or trend that a structural surface (such as bedding or fault plane) takes as it intersects with a horizontal surface. The direction is expressed with two azimuth values in the opposite directions.Figure1 Stresses and rock deformation(Adopted from http: //www.earthsci. org)Dip direction(倾向)is the direction which points to the lower side of a structural plane and is perpendicular to the strike of the surface. The dip is measured at right angles to the strike in a horizontal surface, pointing to the lower side of the inclined plane. If a dip direction is measured, the strike of the surface can be calculated because strike is perpendicular to dip direction. However, if the strike is measured, the dip is still not determined because dip is a radial line.Dip angle(倾角,dip)is the angle that a structural surface makes with the horizontal , measured perpendicular to the strike of the structure ( foreign geologists often use the term dip as dip angle ) . There are true dip and apparent dip, among all the angles the true dip is the largest one (Figure 2, right:δ). Strike, dip direction and dip angle are the three key elements of occurrences (产状三要素) of geological structures.Figure 2 A sketch diagram showing true dip and apparent tip.( Left:after Harwoods http:///academics/science/harwoodr)OS-strike; SS’-true dip; δ-true dip angle; ε0-apparent dip angle2 FOLD AND FRACTURE 褶皱与断裂There are mainly two kinds of deformation of rocks-fold and fracture, the most common forms of deformation in the sedimentary, metamorphic, and igneous rocks that make up Earth’s crust. Folds are the result of plastic deformation, while fractures are the result of brittle deformation.2.1 Fold 褶皱Fold (褶皱) is a bent or warped stratum or sequence of strata, which was originally horizontal, or nearly so, and was subsequently deformed. Folds in rocks are like folds in clothing. Just as cloth pushed together from opposite sides bunches up in folds, layers of rock slowly compressed by forces in the crust are pushed into folds. The geometry of a fold includes core(核) , limb (翼),crest (弧尖) , hinge (枢纽) or fold axis (褶皱轴) , axial plane (轴面) , axial trace (轴迹) ,fold length, width and height etc.(Figure 3)Figure 3 Geometry of a fold.( Modified after http://www. earthsci. org/teacher/basicgeol)The core is in central part of a fold in which the strata are folded more severely than that of the limbs. The crest is a point in a cross section in which the single stratum of a fold has its largest curvature. All the crests in the same stratum form a hinge or fold axis, and all the hinges of the whole beds in a fold form an axial plane. An axial plane is an imaginary surface that goes through the core of a fold and divides the fold as symmetrically as possible (Figure 3). The axial trace is the intersection line of axial plane with the ground surface.The basic types of folds are anticline (背斜) and syncline (向斜). Folds which have both limbs dipping away from the fold axis are called anticlines ( Figure 4, left) ; folds which have both limbs dipping towards the fold axis are called synclines (Figure 4, right). When an anticline is uplifted and eroded, older rocks are exposed near the fold axis and younger rocks are exposed away from the axis. When a syncline is uplifted and eroded, younger rocks are exposed near the fold axis and older rocks are exposed away from the axis.Figure4 Basic types of folds: anticline (left) and syncline (right).(Adopted from http://www. earthsci. org/teacher/basicgeol)Each type of fold can be further classified by the relationship of the axial plane to the limbs. For example, a symmetrical fold (对称褶皱) or vertical fold (直立褶皱) has a vertical axial plane and the two limbs form a mirror image of each other without being overturned in any side(Figure5) Asymmetrical fold (非对称褶皱)or inclined fold (倾斜褶皱) has an inclined axis with both limbs dipping steeper than the other( Figure5) . Overturned fold (倒转褶皱) also has an inclined axis with both limbs dipping to the same direction (i.e. one limb is normal and the other is overturned).A recumbent fold (平卧褶皱) has an almost horizontal axis with both limbs being nearly horizontal too obviously, in a recumbent fold, one limb is overturned and the other is normal. Folds can also be classified according to the shapes of folds in cross section, such as fan fold (扇状褶皱,Figure6a) ,box fold (箱状褶皱, Figure6b), chevron fold (尖棱褶皱, Figure6c) and monocline(单斜,Figure 6d) etc.Folds can also be classified into non-plunging fold and plunging fold according to the orientation of hinges. A fold with horizontal fold axis is called non-plunging (非倾伏褶皱)or upright fold(平轴褶皱), whereas a fold with tilted fold axis is called plunging ford(倾伏褶皱)and its plunge or pitch (倾伏角) is measured as the angle between the fold axis and a horizontal line(Figure 7). Plunging direction (倾伏向) is also important for analyzing the deformation mechanism.According to their relative length and width, folds can also be classified into linear fold (线状褶皱), in which the ratio of length to width (L/W) is greater than 10, brachy-fold (短轴褶皱),in which the ratio is between 3 and 10, and dome (穹) or basin (盆), in which the ratio is less than 3 ( Figure 8).。

地理专业词汇英语翻译Q-R

地理专业词汇英语翻译Q-R

地理专业词汇英语翻译Q-RQuackgrassmeadow 冰草草甸quadtree 象限四分树quadranglenet 四边形网quadran t象限quagmire 沼泽地qualitativeanalysisofelement 元素定性分析qualitativeanalysisoforganicfunctionalgroup 有机功能基定性分析qualitativeinterpretation 定性判读qualitativerepresentation 质量表示法quality 品质qualityclass 地位级qualitycontrol 品质管理qualitycontroloperation 品质管理操作qualitycontrolsystem 品质管理系统qualityengineering 品质工程qualityofgroundwater 地下水水质qualityofsoil 土壤地位级quantification 量化quantifiedsystemanalysis 定量系统分析quantitativeanalysis 定量分析quantitativeinterpretation 定量判读quantitativerepresentation 数量表示法quantitativespectralanalysis 定量光谱分析quantity 量quantityfactor 定量参数quantometer 光量计quarry 采石场quarrying 露天开采quartel 林班quarternary 第4纪quarternaryeustaticmovement 第四纪海面升降运动quarternaryexogeneticoredeposits 第四纪外生矿床quarternaryplacerdeposit 第四纪砂矿床quarternaryvolcanicoredeposit 第四纪火山矿床quarternaryweatheringoredeposit 第四纪风化矿床quartz 石英quartzandesite 英安岩quartzbasalt 石英玄武岩quartzdiorite 石英闪长岩quartzdolerite 石英粗玄岩quartzporphyry 石英斑岩quartzschist 石英片岩quartzspectrograph 石英摄谱仪quartztrachyte 疗岩quartzipsamment 石英砂新成土quartzite石英岩quartzysandstone 石英砂岩quasigeoid 似大地水准面quaternarygeochronology 第四纪地质年代学quaternarygeologicalmap第四纪地质图quaternarygeology 第四纪地质学quaternaryglacialperiod 第四纪冰期quaternaryilluviatedoredeposi 第四纪淋积矿床quaternarypaleogeography 第四纪古地理quaternaryperiod 第四纪quaternaryresearch 第四纪研究quaternarysedimentaryoredeposit 第四纪沉积矿床quicklime 生石灰quicksand 脸quiescence 休眠quisqueite 硫沥青quota 定额radar 雷达radaraltimeter 雷达测高计radarecho 雷达回波radarimage 雷达图像radarimagescale 雷达图像比例尺radarimagetexture 雷达图像纹理radarindicator 雷达显示器radarlevelling 雷达高程测量radarmap 雷达图radarmeteorology 雷达气象学radarnavigation 雷达导航radarphotogrammetry 雷达摄影测量radarreflectedimages 雷达反射图象radarreflectivity 雷达反射率radarreflectivityfactor 雷达反射率因子radarremotesensing 雷达遥感radarshadow 雷达阴影radarsignature 雷达标记radarsonde 雷达测风仪radarstereoviewing 雷达立体观测radarwavelength雷达波长radarweatherequation雷达气象方程radargrammetry雷达摄影测量radialdrainagepattern 放射状水系radialfracture 射状断裂radialrift放射断裂radialsymmetry 辐射对称radian 弧度radiantenergy 辐射能radiantexitance 辐射出射度radiantflux 辐射流radiantintensity 辐射强度radiation 辐射radiationbalance 辐射平衡radiationbalancemeter 辐射平衡表radiationbalanceofatmosphere 大气辐射平衡radiationbelts 辐射带radiationbiology 放射生物学radiationchemicalprocess 放射化学过程radiationchemicalreaction 放射化学反应radiationchemistry 放射化学radiationcoefficient 辐射系数radiationcounter 辐射计数管radiationdamage 放射线损伤radiationdetector 辐射探测器radiationdose 放射剂量radiationfog 辐射雾radiationfromseasurface 海面辐射radiationinjury 放辐射性伤害radiationinversion 辐射逆温radiationradiosonde 辐射探空仪radiationresolution 辐射分辨率radiationshielding 辐射防护radiativetransferequatio n辐射传递方程radical l基radicelle 小根radioaltimeter 无线电测高仪radioatmometer 辐射蒸发计radiobeacon 无线电信标radioobservation 无线电观测radioactivationanalysis 放射化分析radioactiveanomaly 放射性异常radioactivecontaminant 放射性污染物radioactivecontamination 放射性污染radioactivedecay 放射性衰变radioactivedecontamination 放射性去污radioactivedeposit 放射性沉淀物radioactivedisplacementlaw 放射性位移定律radioactiveelement 放射性元素radioactiveequilibrium 放射平衡radioactiveiron 放射性铁radioactiveisotope 放射性同位素radioactivelogging 放射性测井radioactivematerial 放射性物质radioactivemineral 放射矿物radioactivemineralspring 放射能矿泉radioactivepollution 放射性污染radioactiveprospecting 放射性勘探radioactiveradiation 放射性辐射radioactiveseries 放射系radioactivewastes 放射性废弃物radioactivewater 放射性水radioactivity 放射能radioactivitylog 放射性测井记录radiobiology 放射生物学radiocarbon 放射性碳radiocarbonage 放射性碳年龄radiocarbondating 放射性碳年代测定法radiochemicalanalysis 放射化学分析radiochemicalpurity 放射化学纯度radiochemistry 放射化学radiogenicheat 放射性热radiogeochemistry 放射地球化学radiogeodesy 无线电测地学radiographiccontrast 射线照像对照radiography 射线照相术radiohydrology 放射水文学radioisotope 放射性同位素radiolarian 放射虫radiolarianooze 放射虫软泥radiology 放射学radiometeorograph 无线电气象记录仪radiometeorography 无线电气象测量学radiometeorology 无线电气象学radiometer 辐射计radiometricage 绝对年龄radiometricanalysis 放射分析radiometricdating 放射性测定年代radionuclide 放射性核素radiosonde 无线电探空仪radiosondeobservation 无线电探空仪观测radiosoundingsystem 无线电高空测候技术radium 镭radiumage 镭龄radiumseries 镭系radiumspring 镭泉radius 半径radiusofaction 酌半径radiusofcurvature 曲率半径radiusofcurvatureoftheearth 地球曲率半径radiusofgyration 旋转半径radiusofinfluence影响半径radiusratio 半径比radon 氡radonsurvey 射气测量rafaelite 钒地沥青railway 铁道railwayaerosurveying 铁道航空勘测railwayjunction 铁路交叉点railwaymap 铁路路线图railwaytransport 铁路运输rainrainattenuatio n雨滴衰减raincapacity 降雨量rainchannel 水蚀沟raincloud 雨云rainday 雨日raindropimpression 雨痕rainfactor 降水因素rainfrequency 降水频率raingage 雨量器raingush 暴雨rainintensity 降雨强度rainrill 雨沟rainseason 雨季rainshadow 雨影rainwash 雨水冲刷rainbow 虹rainfallarea 降雨区rainfalldepth 雨量rainfalldistribution 雨量分布rainfallduration 降雨持续时间rainfallflood 降雨洪水rainfallintensity 降雨强度rainstorm 阵雨rainwater 雨水rainydays 降水日数rainygreenforest 雨绿林raisedbeach 滨岸淤积阶地raisedbog 高地沼泽ramification 分枝randomdistortion 随机畸变randomdistribution 随机分布randomerror 随机误差randomerrorofmeasurement 测量偶然误差randomevent 随机事件randommixedlayermineral 不规则混层矿物randomnoise 无秩序杂音randomnumber 随机数randomprocess 随机过程randomsampling 随机抽样randomvariable 随机变量randomvector 随机向量randomization 随机化range 区域rangeelevationindicator 距离仰角显示器rangefinder 测距仪rangeheightindicator 距离高度显示器rangenormalization 距离标准化rangeofvisibility 能见距离rangepole 视距尺rangeresolution 距离分辨率ranging 测距rangingpole 测杆rankers 薄层土rapakivi 奥环斑花岗岩rapid 急流急滩rapidflow 急流rareearthelements 稀土元素raregas 稀有气体raregaselements 惰性气体元素rarespecies 稀有种rarefaction 稀疏酌raspberrybrake 十丛林rateofstocking 载畜量ratingcurve 率定曲线ratiomethod 比值法ratioofionicradii 离子半径比ratiovegetationindex 比值植被指数rationalanalysis 示构分析ravine 沟壑rawhumus 粗腐殖质rawmaterial 原料rawore 未选的矿石raworganicsoil 粗有机质土壤rawsoil 生土rawwater 原水reach 河区reactioncurrent 逆流reactionforce 反酌力reactionisotherm 反应等温式reactionmechanism 反应机制reactionprinciple 反应原理reactionproduct 反应产物reactionrate 反应速度reactionrim 反应边缘reactionseries 反应系列reactionzone 反应区reactionalrim 反应边reactivity 反应性readilyavaiablefertilizer 速效肥料readingerror 读数误差readingonrod 标尺读数reafforestation 再造林realimage 实像realscale真比例尺realtimereconnaissance 实时侦察realgar 鸡冠石reallocationofland 土地规划receiver 接收机recentcrustalmevements 现代地壳运动recentsediments 新沉积物recentvegetation 现代植被reception 感受receptionbasin 集水盆recessioncurve 退水曲线recessionofglaciers 冰川减退酌recessionalmoraine 退缩碛rechargearea 补给区rechargewell 补水井reciprocallattice 倒易晶格reciprocalsightline 对向照准线reclaimedfensoi l耕种低位沼泽土壤reclamationofmarshland 沼泽开垦recognitionfeature 识别特征recombination 再化合recomputation 重新计算reconnaissance 踏勘reconnaissanceoffishshoal 鱼群侦察reconnaissancesoilmap 土壤概图reconnaissancesurvey 普查reconstruction 复原recorder 记录器recording 记录recordingdevice 记录装置recordinggauge 自记计recordingpen 记录笔recordingraingage 自记雨量计recovery再生recreation 休养recreationindustry 旅游产业recreationalgeography 旅游地理学recrystallization 重结晶酌rectangularcoordinate 直角坐标rectangularcoordinatesystem 直角坐标系rectangulardrainagepattern 矩状水系rectangularplanecoordinate 平面直角坐标rectangularweir 矩形堰rectifier 纠正仪rectilinearcoordinate 直角坐标recumbentanticcline 伏卧背斜recurrencehorizon 再现土层recurrentdeposition 叠次沉积redalgae 红藻redbrownmediterraneansoil 地中海赤褐色土redclay 红色粘土redfescuemeadow 羊茅甸地redhematite 红赤铁矿redmud 红泥redpodzolicsoil 灰化红壤redsnow 红雪redsoil 红壤redyellowpodzolicsoil 灰化红黄壤reddishbrownforestsoil 红棕色森林土reddishbrownlateritesoil 红棕色砖红壤性土reddishchestnutsoil 红栗钙土redeposition 再沉积redge 暗礁redoxequilibrium 氧化还原平衡redoxindicator 氧化还原指示剂redoxpotential 氧化还原电位redoxprocess 氧化还原过程redoxreaction 氧化还原反应redoxsystem 氧化还原系redoxtitration 氧化还原滴定reducedparameter 换算变量reducedzone 还原带reducers 还原剂reducibleness 可还原性reducingaction 还原酌reducingagent 还原剂reducingcalculus 归算reducingcapacity 还原能力reducingglass 缩小透镜reduction 还原reductioncoefficient 缩减系数reductionfactor 放大率reductiongeochemicalbarrier 还原地球化学障reductionofgravity 重力校正reductionpotential 还原电势reductionzone 还原区redactor 缩小仪redundancyofinformation 信息剩余度reduzate 还原产物reed 芦苇reedpeat 芦苇泥炭reedswamp 芦苇沼泽reedgrassmeadow 酚茅甸地reef 礁reefbuildingcorals 造礁珊瑚reefcap 礁帽reeflimestone 礁灰岩referencedata 参考数据referenceellipsoid 参考椭圆体referencelevel 高程基淮referencepoint 参考点referencesurface 参考面referencesystem 参考系refining 精制reflectancecoefficient 反射系数reflectancefactor 反射因子reflectancespectraofvegetation 植被反射波谱reflectedflux 反射流reflectedimage 反射影像reflectedlight 反射光reflectedray 反射线reflectedwave 反射波reflectingmicroscope 反射显微镜reflectingmirro r反光镜reflectingsurface 反射面reflectingtelescope 反射望远镜reflection 反射reflectioncoefficient 反射系数reflectionelectronmicroscope 反射电子显微镜reflectionmethod 反射法reflectionoflight 光反射reflectionpleochroism 反射多色性reflectiveopticalsystem 反射式光学系统reflectivepowe r反射功率reflectivity 反射能力reflectivityofseawater 海水反射率reflector 反射器reflex 反射reflexcenter 反射中枢reflexpaper 反光印象像纸reflexprinting 反光晒图reflux 逆流回流refoldedfold 复合褶皱reforestation 森林更新refraction 折射refractioncoefficient 折射系数refractionmethod 折射法refractionoflight 光折射refractiveandreflectiveopticalsystem折反射式光学系统refractiveindex折射率refractiveopticalsystem折射式光学系统refractoryclay耐火粘土refractorymaterial耐火材料refractorysand耐火砂refugium残遗种保护区refuse废石regelation复冰regeneratedflow回流回归水流regeneratedglacier再生冰川regeneration再生regenerationcutting更新伐regenerationofcyclon气旋再生regenerationofnaturalresources自然资源更新regime状况regimeofriver河灵况region地方regionofalimentation营养面积regionofescape逃逸区regionoflittlerelief小地形区域regionofrunoff径柳regionalgeochemicalanomaly区域地球化学异常regionalgeochemicalbackground区域地球化学背景regionalgeochemicaldifferentiation区域地球化学分异regionalgeochemicalprospecting区域地球化学勘探regionalgeochemistry区域地球化学regionalgeologicalmap区域地质图regionalgeology区域地质学regionalgeomorphology区域地貌学regionalinformationsystem区域信息系统regionalmetamorphism区域变质regionalplanning区域规划regionalpollution地区性污染regionalremotesensing区域遥感regionalstructure区域构造regionaltrafficsurveys区域运输量甸regionaluplift区域抬升regionalization区划register套合registerdifferences套合差registerholes套印孔registering记录registration对准registrationpaper记录纸regolith表土regosols粗骨土regression海退regressionanalysis回归分析regressioncoefficient回归系数regressionequation回归方程regressivebedding海退层理regressiveerosion向源冲刷regressiveevolution后退演化regrowth再生植被regularbandmodel规则带模式regularsystem等轴晶系regulatedflow第径流regulation蝶regulationofmountainsteams山洪节制regulator第器rejuvenatedriver回春河rejuvenation回春酌rejuvenationofrelief地形复活relationship亲缘关系relativeabsorptioncoefficient相对吸收系数relativeabundance元素丰度relativeairhumidity相对空气湿度relativealtitude相对高度relativeaperture相对孔径relativeatomicweight相对原子量relativecontent百分数含量relativedensity相对密度relativeerror相对误差relativeevaporation蒸发率relativefrequency相对频数relativegeochronology相对地质年代学relativegravity相对重力relativegrowth相对生长relativeheight相对高度relativehue相对色调对比色调relativehumidity相对湿度relativeisotopicabundance同位素相对分布量relativemeasurement比较测量relativemoisture相对湿度relativeorientation相对定向relativereliefmap地貌量测图relativerepresentation相对值表示法releaseofpollutants污染物释放reliability可靠性reliabilitydiagram编图资料示意图relic遗物relicarea残遗分布区relicsoil残余土relicsinpeatbed泥炭层遗迹relict遗物relictelementsoflandscape景观残留成分relictlake残湖relictlandforms残余地形relictspecies残遗种relief地形reliefglobe立体地球仪reliefimage浮雕图像reliefinversion地形倒置reliefmap地势图reliefmodel地形模型reliefofendmoraine终碛地形reliefplate地貌版reliefprinting凸版印刷remotecontrol遥控remoteguidance遥控制导remotehybrid远缘杂种remoteobservation遥感remotesensing遥感remotesensingapplication遥感应用remotesensingapplicationinagriculture农业遥感remotesensingcamera遥感相机remotesensingcartography遥感制图学remotesensingforatmosphericpollution大气污染遥感remotesensingforplantprotection植保遥感remotesensingimage遥感影像remotesensinginformation遥感信息remotesensingobservations遥感观测remotesensingofatmosphere大气遥感remotesensingofoilpollution油污染遥感remotesensingofsightseeingresource风景资源遥感remotesensingofsoil土壤遥感remotesensingofvegetation植被遥感remotesensingsurvey遥感测量remotesensingsystem遥感系统remotesensingtechnology遥感技术remotesensingusedinforestry林业遥感remotesensor遥感器removechromewithbacteria用细菌除铬rendoll黑色石灰土rendzina腐殖质碳酸盐土rendzinalikebrownsoil黑色石灰土状棕色土rendzinification黑色石灰土形成renewableresources可更新资源renewedfault复活断层repetitionmeasurement复测repetitionofbeds地层重复replaceability置换能力replacement交代酌replacingpower置换力replicamethod复制法replicatechnique复制法replication复制reprecipitation再沉淀representation表现representationofdispersedphenomena离散表示法representationofdynamicphenomena动态表示法representationoffeaturesinplane平面图表示法representationofground地形表示法representationsymbol象形符号representativefraction数字比例尺representativesample代表样本representativespecies代表种reprint再版reproducibility再生性reproduction复制reproductioncamera复照仪reproductionphotography照相制版reproductiveshoot生殖苗reptiles爬虫类resection后方交会resectioninspace空间后方交会resequentriver复向河reservationpark自然保护区reserve保留地reservoir水库reservoircapacity水库容量reservoirrock贮油岩reservoirstructure蓄水构造residencetime停留时间residentbirds留鸟residentialquarter居住区residualaffinity残留亲和力residualclay残积粘土residualdeformation剩余变形residualdeposit残留矿床residualelectriccharge剩余电荷residualhalos残积晕residualhill残丘residualmagma残余岩浆residualmagnetism剩磁residualmountain残余山residualplain残余平原residualsediment残积矿床residualshrinkage剩余收缩residualsoil原积土壤residualvalence剩余价residuarywater废水residue余渣resilification复硅resinousluster尸光泽resistance抵抗resistancethermometer电阻温度计resistancetoweathering抗风化性resistate残留产物resistivity电阻率resolutionoflens镜头分辨率resolutionofrealaperture直实孔径分辨率resolvingtime分辨时间resonance共振resonator共振器resorption再吸收resource资源resourcesinformationsystem资源信息系统resourcesremotesensing资源遥感respiration呼吸respiratoryenzymesystem呼吸酶系统respiratorymetabolism呼吸代谢respirometer呼吸测定计rest休眠restarea休息场所restenergy静止能restperiod休眠期restitutionpoint纠正点restoration复原restorationofnaturalresources自然资源的恢复restoredplantcover复原植被restoredspecies复原种retainedwater阻滞水retardation延时retention保留retentionwater支持水reticulatedmottles网纹reticulatedvein网状脉reticulecrossofmoon测月十字丝retinite尸石retouching修版retouchingmedium修版液retreatofmonsoon季风后退retrieval检索retroaction反酌retrogradation海蚀变狭酌retrogressivemetamorphism退化变质酌retrogressivesuccession倒退演替retting浸渍returnflow逆流回流returnstroke逆行reverberation反射reversal倒转reversalfilm反转片reversemechanism反转装置reverseposition倒转层位reversevisualangle反观测角reversedfault逆冲断层reversedfold倒转褶皱reversiblechemicalreaction可逆化学反应reversiblecolloid可逆胶体reversibleprocess可逆过程reversiblereaction可逆反应reversiblerod双面水准尺reversingcurrent往复流reversingthermometer颠倒温度计reversion返祖遗传revisededition修订版revisioncycle更新周期revisionnote修订说明revolution公转revolutioncounter旋转计数器revolutionindicator转数指示器revolutionoftheearth地球公转revolvercamera转筒式摄影机revolvingdiaphragm回转光阑rhenium铼rheniumosmiummethod铼锇法rheologicalprocesses龄过程rheologymodel龄模型rheophyte廉植物rheotaxis窃rheotropism向猎rheumaticheartdisease风湿性心脏病rhizome根茎rhizopodium根足rhizosphere根圈rhodicferralsols暗红色铁铝土rhodium铑rhodochrosite菱锰矿rhodonite蔷薇辉石rhodophyta红藻门rhodopsinpigment视紫红色素rhombicsystem斜方晶系rhombohedralsystem菱形晶系rhombohedron菱面体rhumbline等角航线rhyodacite疗英安岩rhyolite疗岩rhyoliticstructure疗构造riascoast里亚式海岸ricecropping水稻栽培ricegrowing种稻riceplantation稻栽培riceseedlingbed水稻秧田richsoil肥沃土壤richetite水板铅铀矿rickets佝偻病rickettsia立克次体属ride区划线ridge岭ridgeofhighpressure高压背ridging培土riebeckite钠闪石riftvalley断层谷rightascension赤经rightbank右岸rightlateralfault右行断层rigidity刚性rill小河rilldrainage细僚水rillerosion带状沟蚀rillmarks鳞rime雾淞ring环ringcleavagereaction环破裂反应ringcompound环状化合物ringfracture环状断裂ringstructure环状构造ringstructureinterpretationmap环状构造判读图ripcurrent离岸急流激流riparianpollution沿岸污染ripening成熟ripeningperiod成熟期ripeningprocess成熟过程ripeningsoil成熟土壤ripeningstage成熟期ripple波纹起rippleclouds波状云ripplemarks波痕ripples涟漪rise隆起river河riverbank河岸riverbasin硫riverbed河床riverbottom河底rivercapture河廉夺rivercrossing渡河riverdeposit河亮积riverdevelopment河联发riverdischarge河量riverdrift河道漂溜rivererosion河蚀rivergravel河砾rivermarshsoil河滨沼泽土rivermouth河口riverport河港riverprofile河凛剖面riversand河拎沙riverstage河廉位riversystem河系riverterrace河成阶地rivertransport河运riverwidth河幅riverside河边riversidesoil河滨土rivulet小河roadpen双曲线笔roadreconnaissance道路侦察rock岩石rockbasin岩盆rockbreaking岩石破碎rockburst岩石破裂rockcreep岩石蠕动rockdebris岩屑rockdesert石漠rockdrawing石山表示rockexposure岩石露头rockfacies岩相rockfall岩崩rockfields石海rockflour岩粉rockformingelement造岩元素rockfragment岩屑rockgas天然气rockglacier冰川石流rockland石质地rockmass岩体rockoutcropsoil岩石露头土rockpillars岩柱rocksalt石盐rockseries岩系rockslide岩石崩塌rockstream石流rockterrace岩石阶地rocktype岩石类型rockvegetation岩石植物群落rocketsounding火箭探空rocketsonde火箭探空仪rockycoast岩石海岸rockydesert岩质沙漠rockysoil石质土rod棒rollfilm胶卷rollingcountry丘陵地区romer坐标格网尺roof顶板roofrock顶板岩石roofingslate瓦用板岩root根rootborers根茎天牛rootcrops块根植物rootfibril须根roothair根毛rootleaf根出叶rootnodule根瘤rootnodulebacteria根瘤菌rootpressure根压rootsystem根系roottubercrops块根罪rooting发根rootstockgrass根茎禾本科植物ropylava波纹熔岩roscoelite钒云母rosebayshrublet杜鹃灌丛rosette莲座丛rotarytidalstream旋转潮流rotatingcrystalmethod旋转晶体法rotatingmirror旋转镜rotation旋转rotationanemometer旋转风速表rotationofcrops轮作rotationofpasture轮牧rotationoftheearth地球自转rotationspectrum转动光谱rotationalgrazing轮牧rotatoryfault旋转断层roughness糙率roughnesscoefficient粗糙系数roundness圆度roundstone风刻石route航线routechart航线图routemap路线图routesurvey路线测量routinelibrary程序库row列rubberestate橡胶园rubble毛石rubbleland砂石田rubblestone毛石rubblysoil砾质土rubefication红壤化rubellite红电气石rubidium铷rubidiumstrontiummethod铷锶法rubrozem腐殖质红色土ruby红宝石ruggedlimestonerockyland石灰岩犬牙交错状裸露地段rule定律rulingpen绘图钢笔runoff瘤runoffforecast 径沥报runner 纤匐枝runningsand 脸runningwater 怜水runningwaterlevel 怜水水位runoffcoefficient 径恋数runoffprocess 径笼程runoffregime 径链况rupture 断裂ruralenvironment 农村环境ruralhygiene 农村卫生ruralsettle ments 村庄rushmarsh灯心草沼泽russianforestspringencephalitis 春季森林脑炎rustcoloredforestsoil 潜育灰化土rustfungus 锈菌ruthenium 钌rutherfordine 纤碳铀矿rutile 金红石。

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Catastrophic versus uniform views of change and the age of the earth// 地球的灾变论和均变论之争以及地球的年龄1.Ancient people quite understandably were impressed only by rapid and violent geologic processes. This led to a catastrophic view of the earth (commonly called catastrophism), which dominated European thought until 1850, Changes were thought to occur suddenly, rapidly, and devastatingly by a series of catastrophes. The most famous example of such a supposed catastrophe was, of course, the great Deluge of the old Testament, Others included volcanic eruptions at Pompeii and Thera as well as the Lisbon earthquake.// 古人往往对于快速的和猛烈的地质演化现象印象深刻,这导致了地球灾变性观点(通常称之为灾变论)在欧洲地质学界一直占主导地位,直到十九世纪五十年代,地质学家普遍认为地球演化是在一些列突发性、快速并具有灾难性的地质事件之后产生。

支持灾变论最著名的例子如旧约全书所记载的大洪水时代,其他的地质事件如意大利庞贝古城火山的爆发,锡拉岛火山爆发,里斯本大地震等也是其有效的证据。

2.A parallel idea consistent with catastrophism was a universally accepted belief that the earth was but a few thousand years old, This conception is revealed in Shakespeare’s As You Like It, written around 1600, where reference is made to the age of the earth being about 6000years, In 1654 one of several more definite pronouncement came from Anglican Archbishop Ussher, who announced that, based upon his analysis of genealogies in the Scriptures and of astronomical cycles, the word had been created in the year4004B.C. on the 23d of October! Some years later, another authority fixed an equally precise date for the great Deluge, November 18,2349 B.C. At that time, Practically all leading European intellectuals believed implicitly in a literal interpretation of the Bible, and so it is not surprising to find that a 6000-year age for the erath was gospel for fully 200 years.//与灾变论相一致的观点,且被广泛接受相信的是地球的年龄只有几千年。

这个观点是在英国大文豪莎士比亚著作于大约公元1600年的《皆大欢喜》中所揭示,文中涉及到地球的年两大约在6000年左右。

其后,相继有更明确的论点对这一观点进行佐证,其中之一,1654年,英国国教有曷休大教主声称,根据其对《圣经》中宗谱和天文周期的分析,地球是在公元前4004年10月23日创立,数年之后,另外一个更加权威、固定并同样精确的日期被计算出:大洪水时代是在公元前2349年11月18日。

在那个年代,实际上几乎欧洲所有的主要知识分子都默默的赞成《圣经》上面的解释,因此地球年龄为6000年这一观点被传播了200年就不足为奇了。

3. In the seventeenth century, the Scriptural account of Creation was a point of departure for European science. Humans were considered early comers who lived for a time in paradise. As punishment for their sins, the Deluge was sent to throw the earth’s surface into chaos. Countless creatures suddenly were buried in sediments , violent waves and currents scoured out valleys and piled up rocks to form mountains, and the earth was wracked by earthquakes and volcanic eruption. After the Flood, the mountains began to be worn down and valleys to be filled.//在17世纪,《圣经》的创作是出于对欧洲科学的记载:人类被认为是地球早期的到来者,他们之前居住在伊甸园,为了惩罚人类的罪恶,大洪水爆发,将地表陷入混乱之中,无数的生物被瞬间埋藏在土中,汹涌的洪水将地表冲刷成山谷,将石头堆积成山脉,同时,地球也遭受着地震和火山喷发的破坏。

大洪水时代过后,山脉开始被磨蚀,山谷被填平。

4.When geology emerged as a vigorous intellectual pursuit around 1800, an alternative concept of earth change began to develop. It was now argued that the same common processes observed operating today were largely responsible for all past changes imprinted in the rockrecord. A non-catastrophic or more uniform view of change thus emerged, which provided no role for miraculous or supernatural process that are scientifically unknown. It also regarded the sudden, violent phenomena as no more-and possibly less-important overall than more continuous and milder processes. The most uniform processes operate on a regularly recurring, constant pounding of surf on a shoreline and the daily rise and fall of the tides. But most of the less frequently occurring processes also must be considered geologically normal or uniform. For example, the word annually experiences about 150 major earthquakes, 20 volcanic eruptions, and countless floods, so none of these episodic events can be considered unusual or catastrophic.//1800年左右当地质学开始出现,并受到追求,蓬勃发展之时,地球变化的概念也开始发展,现在所观察到的地质现象在很大程度上是由过去所发生并记录在岩石上的地质现象基础上造成的。

因此,地球变化的非灾变论或者更加均一性的观点应运而生,这一观点认为对于神奇的或者不可思议的地质现象没有角色在操纵,它们都属于未知的科学问题。

均变论同样认为瞬间的或者猛烈的地质进程与持续的或者温和的地质地质进程相比,对于地球变化的贡献不在或者没有那么重要。

大部分的均变性的进程都有一个周期,如潮汐定期的拍打着海岸线,每天的涨潮、退潮。

但是,对于大部分非频繁发生的地质现象,在地质上,也应当认为是正常的或者均衡的,如地球每年150次大地震、20次火山喷发以及无数的洪水泛滥,因此,这些地质事件不应当认为是非正常的或者灾变性的。

5.The most extreme and dramatic flood known to geologists deserves special mention. In eastern Washington state, there is a vast region called Scablands, which has many large river channels that today have little or no water flowing through them. Detective work shows that about 22000years ago a large, glacially dammed lake in western Montana several times emptied huge volumes of water across eastern Washington. These floods were so extreme that they moved boulders as if they were but tiny sand grains and built giant ripples 10 meters high on gravel bars. The flooding water raced limit! Although the scale of these Scablands floods is staggering, even for the geologist, they can be fully explained by well-known geologic process; there is nothing miraculous about them—only their magnitude seems unique.//对地质学家来看,最为巨大的并引人注目的洪水是值得提出来的。

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