冶金专业英语
冶金工程专业英语词汇
冶金工程专业英语词汇1. 冶金学冶金学是冶金工程专业的核心课程，主要讲授钢铁冶金和有色金属冶金过程的基本原理、工艺及装备，包括炼铁、炼钢、精炼、连铸、铝冶金、铜冶金、稀土冶金等内容。
中文英文冶金学metallurgy钢铁冶金iron and steel metallurgy有色金属冶金nonferrous metal metallurgy炼铁ironmaking炼钢steelmaking精炼refining连铸continuous casting铝冶金aluminum metallurgy铜冶金copper metallurgy稀土冶金rare earth metallurgy高炉blast furnace转炉converter电炉electric furnace真空精炼vacuum refining钢包ladle结晶器crystallizer铝电解槽aluminum electrolytic cell铜闪速熔炼copper flash smelting稀土萃取分离rare earth extraction and separation熔盐电解法molten salt electrolysis method冶炼产品smelting products生铁pig iron钢水molten steel铝锭aluminum ingot铜阳极泥copper anode slime稀土氧化物rare earth oxides冶炼渣smelting slag炉渣性质slag properties脱硫desulfurization脱磷dephosphorization脱氧deoxidation合金化alloying溅渣护炉splashing slag lining protection终点控制endpoint control中文英文出钢操作tapping operation凝固传热机制solidification heat transfer mechanism凝固结构与缺陷solidification structure and defects氧化还原反应oxidation-reduction reaction造渣反应与造渣制度slagging reaction and slagging system2. 冶金物理化学冶金物理化学是冶金工程专业的基础理论课程，主要讲授冶金过程中涉及的物理化学原理和方法，包括平衡与相图、溶液理论、电化学、表面与胶体化学、传递现象等内容。
冶金专业英语词汇（I）
冶金专业英语词汇（I）i bar 工字铁i beam 工字钢i iron 工字铁i steel 工字铁ice point 冰点ideal diameter 理想直径ideal fluid 理想铃ideal gas 理想气体ideal lattice 理想晶格ideal quenching 理想淬火ideal solution 理想溶液idiomorphic crystal 自形结晶idle roll 空转辊ignitability 可燃性igniter 点火器ignition 点火ignition alloy 发火合金ignition furnace 点火炉ignition loss 灼烧损失ignition point 着火点ignition temperature 着火温度ignitron 水银整淋ilmenite 钛铁矿ilmenorutile 黑金红石ilvaite 黑柱石immersed arc 埋弧immersion coating 浸镀immersion plating 浸入电镀immersion test 浸没试验immersion type thermocouple 浸入式热电偶immiscibility 不溶混性immovable bed 固定层impact 冲击impact bend test 冲讳曲试验impact extrusion 冲环压impact load 冲缓载impact resistance 冲昏力impact screen 冲桓impact sintering 冲徽结impact strength 冲豢度impact stress 冲沪力impact test 冲辉验impact test piece 冲辉件impact testing machine 冲辉验机impact toughness 冲煌性impact value 冲坏impeller agitator 桨叶式搅拌机imperfect combustion 不完全燃烧imperfect dislocation 不完全位错imperfection 缺陷impermeability 不渗透性impregnated skeleton 浸渍骨架impression 压痕impulse forming 脉冲成形impulse hardening 冲徊化impulsive load 冲缓载impurity 杂质impurity atom 杂质原子impurity element 杂质元素inactive gas 惰性气体incidental element 杂质元素incipient crack 初裂inclined grate 斜炉栅inclined roll straightening machine 斜辊矫直机inclined throat shears 斜口剪切机inclusion 夹杂物inclusion cleanliness 夹杂物清结度inclusion line 夹杂物线inclusion morphology 夹杂物形态学inclusion stringer 线状夹杂物inclusions floating 夹杂物浮游inclusions source 夹杂物源incoherent boundary 非共格边界incoherent precipitate 非共格沉淀incombustibility 不燃性incomplete annealing 局部退火incomplete austenitizing 部分奥氏体化incomplete combustion 不完全燃烧incomplete fusion 不完全焊透incomplete penetration 不完全焊透incomplete quenching 不完全淬火incompressibility 不可压缩性incompressible fluid 不可压缩铃inconel 因科内尔镍铬铁耐热耐蚀合金incubation period 孕育期incubation time 孕育时间indentation 压痕indentation hardness 压痕硬度indentation method 压痕法independent component 独立组分indianite 埃洛石indicator element 指示元素indicolite 蓝电气石indigolite 蓝电气石indirect analysis 间接分析indirect arc furnace 间接电弧炉indirect reduction 间接还原indirect sintering 间接烧结indirect spot welding 单面点焊indissolubility 不溶性indium 铟indium chloride 氯化铟individual drive 单独传动individual particle 单颗粒individually driven roller 单独传动辊induced draught 吸入通风induction 感应induction brazing 感应钎接induction coil 感应线圈induction furnace 感应炉induction hardening 高频率淬火induction heating 感应加热induction quenching 高频率淬火induction stirring 电磁搅拌induction welding 感应焊接induction welding mill 感应焊管机inductor 感应器industrial alloy 工业合金industrial furnace 工业炉industrial iron 工业铁industrial waste water 工业污水industrial water 工业用水inert arc welding 惰性气体保护电焊inert atmosphere 惰性气氛inert electrode 惰性电极inert gas 惰性气体inertia 惯性inertia moment 惯性矩inertial force 惯性力infection 腐蚀影响infeed accumulator 入口贮料坑infiltrated composite material 溶浸复合材料infiltration 渗透;溶浸infiltration alloy 溶浸合金infiltration by overlay 叠置熔浸infiltration material 熔浸材料infinite fiber 连续纤维inflammability 可燃性inflammation 发火inflection 弯曲inflexion 弯曲inflexion point 回折点infrared pyrometer 红外线高温计infrared radiation 红外线辐射infrared rays 红外线infrared thermometry 红外线测温infusibility 不熔性infusorial earth 硅藻土ingate 浇口ingot 钢锭ingot bleeding 漏钢ingot bogie 送锭车ingot buggy 送锭车ingot butt 钢锭尾部ingot carrier 送锭车ingot casting 铸锭ingot corner segregation 钢锭角偏析ingot dogs 夹锭钳ingot head 钢锭头部ingot mold 锭模ingot pit 均热炉ingot pouring 铸锭ingot pusher 钢锭推出机ingot scalping 钢锭扒皮ingot shell 锭壳ingot stool 底盘ingot stripper 脱模机ingot stripping 脱模ingot structure 钢锭组织ingot tilting device 翻锭机ingot tipper 翻锭机ingot tongs 夹锭钳ingot tumbler 翻锭机ingot turner 钢锭转盘ingot turning device 钢锭转盘ingot yard 钢锭堆场ingotism 师状巨晶ingotting 铸块inherent grain size 固有晶粒度inhibitor 抑制剂;抗氧化剂inhomogeneity 不均质性inhomogeneity of structure 组织不均匀性inhomogeneous system 非均匀系initial creep 初蠕变initial hardness 初始硬度initial permeability 起始磁导率initial section 初始轧断面initial temperature of rolling 初始轧制温度initiation of crack 裂化开始injection 喷射injection burner 喷射烧嘴injection metallurgy 喷吹冶金injection molding 射压造型injection nozzle 喷嘴injector 喷射器inlet guide 进口导板inlet pipe 进气管inlet roll cone 进口辊圆锥inlet valve 进气阀inner cover 内罩inoculant 变质孕育剂inoculant alloy 球化剂合金inoculated cast iron 孕育铸铁inoculation 变质处理inoperative pass 闭口式孔型inorganic salt 无机盐inred process inred 加速还原法insert 垫insert die 插入模inside flash 内焊瘤inside weld 内焊缝insolubility 不溶性insoluble anode 不溶性阳极insoluble residue 不溶残渣insoluble salt 不溶性盐inspection 检查inspection hole 检查孔inspection skid 检查台inspissation 蒸浓instability 不稳定性installation 设备instantaneous cooling rate 瞬时冷却速度instantaneous heating rate 瞬时加热速度instantaneous strain 瞬间应变instrumental analysis 仪浦析instrumental error 仪企差insulating brick 隔热砖insulating layer 绝缘层insulating material 绝缘材料insulating refractory 隔热耐火材料insulation 绝缘insulator 绝缘体intake valve 进气阀integral quantity 积分热力学量integrated iron and steel works 钢铁联合工厂intensity 强度intensive quantity 强度量intensive reduction process inred 加速还原法interaction 相互酌interaction parameter 相互酌参数interannealed wire 中间退火线材interatomic distance 原子间距离interatomic spacing 原子间距离interchangeability 互换性interchangeable converter 可换转炉interchangeable vessel 可换转炉intercommunicating porosity 连通孔隙度intercooler 中间冷却器intercritical annealing 临界区退火intercrystalline brittleness 晶间脆性intercrystalline corrosion 晶间腐蚀intercrystalline crack 晶间裂纹intercrystalline failure 晶间破裂intercrystalline fracture 晶间断裂intercrystalline slip 晶界滑动interdendritic attack 枝晶间腐蚀interdendritic segregation 枝晶间偏析interdiffusion 相互扩散interelectrode distance 电极间距离interface 界面interface reaction 界面反应interfacial energy 界面自由能interfacial friction 边界摩擦interfacial tension 界面张力interfacial zone 界面区interference 干涉interference microscopy 干涉显微方法intergranular corrosion 晶间腐蚀intergranular crack 晶间裂纹intergranular failure 晶间破裂intergranular fracture 晶间断裂;晶间断口intergranular oxidation 晶间氧化intergranular structure 晶间组织intergrowth of crystals 结晶共生interlamellar spacing 层间距intermediate annealing 中间退火intermediate compound 中间化合物intermediate group 中间轧机组intermediate heating 中间加热intermediate layer 中间层intermediate mill 中间轧机intermediate phase 中间相intermediate product 中间产物intermediate reaction 中间反应intermediate roll 中间辊intermediate softening 中间退火intermediate stand 中间机架intermediate table 中间辊道intermediate train 中间轧机组intermetallic compound 金属间化合物intermittent arc 断续电弧intermittent fillet welding 间歇式角焊intermittent seam welding 断续滚焊intermittent weld 间断焊缝intermittent welding 间断焊internal chill 内冷铁internal coat 内部涂覆internal crack 内裂internal defect 内部缺陷internal displacement 内部位移internal energy 内能internal friction 内摩擦internal oxidation 内部氧化internal pressure 内压力internal resistance 内电阻internal strain 内应变internal stress 内应力interparticle spacing 粒子间距interphase 中间相;界面interphase boundary 相间边界interplanar spacing 晶面间距interrupted aging 阶段时效interrupted cooling 断续冷却interrupted quenching 断续淬火interstage annealing 中间退火interstand space 机座间距离interstand tension 机座间张力interstice 晶格原子间隙interstitial 间隙原子interstitial atom 间隙原子interstitial diffusion 间隙扩散interstitial element 间隙元素interstitial impurity 间隙杂质interstitial phase 间隙相interstitial site 间隙位置interstitial solid solution 间隙固溶体interval 区间intracrystalline rupture 穿晶断裂intrinsic energy 内藏能量intrinsic stacking fault 内巽错introduction of dummy bar 引锭杆插入invar 因瓦合金invariant system 不变系inverse annealing 倒逆退火inverse chill 反白口inverse segregation 反偏析inverted extrusion 反挤压investment casting 熔模铸造;熔模铸件investment molding 蜡模造型investment pattern 蜡模iodide 碘化物iodide refining 碘化物精炼iodine 碘ion activity 离子活度ion association 离子缔合ion bombardment 离子轰击ion concentration 离子浓度ion density 离子密度ion exchange 离子交换ion exchange capacity 离子交换能力ion exchange chromatography 离子交换色层法ion exchange column 离子交换柱ion exchange method 离子交换法ion exchange reaction 离子交换反应ion exchange resin 离子交换尸ion exchange separation 离子交换分离ion exchanger 离子交换剂ion implantation 离子注入ion mobility 离子迁移率ion nitriding 离子氮化ion pair 离子偶ion product 离子积ion radius 离子半径ionic bond 离子键ionic compound 离子化合物ionic conduction 离子传导ionic conductivity 离子传导性ionic crystal 离子晶体ionic lattice 离子晶格ionic linkage 离子键ionic migration 离子迁移ionic theory 离子学说ionic valency 离子价ionite membrane 离子交换膜ionization 电离ionization constant 电离常数ionization energy 电离能ionization equilibrium 电离平衡ionization heat 电离热ionization potential 电离势ionization state 电离状态ionization voltage 电离电压ionized atmosphere 离子气氛ionized layer 电离层iridium 铱iridium oxide 氧化铱iridosmine 铱锇合金iron 铁iron and steel industry 黑色冶金iron and steel scrap 废钢铁iron carbide 碳化铁iron carbon alloy 铁碳合金iron carbon diagram 铁碳状态图iron carbonate ore 铁碳酸盐矿石iron constantan thermocouple 铁铜镍热电偶iron foundry 铸适厂iron glance 镜铁矿iron loss 铁氧化损失;铁损iron manufacture 炼铁iron meteorites 铁陨石iron mine 铁矿山iron notch 出铁口iron ore 铁矿石iron ore briquette 铁矿石团块iron ore concentrate 铁精矿iron ore prereduction 铁矿石预还原iron ore sinter 铁矿石烧结矿iron pattern 铁模iron pipe 铁管iron powder 铁粉iron powder electrode 铁粉焊条iron protoxide 氧化亚铁iron runner 龙沟iron rust 铁锈iron sand 铁砂iron shot 铁丸iron wire 铁丝iron yield 铁收得率ironing 展薄拉伸ironmaking 炼铁ironstone 铁矿石ironworks 钢铁冶金工厂irradiation creep 辐照蠕变irradiation damageing 辐照损伤irradiation defect 辐照缺陷irradiation embrittlement 辐照脆化irradiation hardening 辐照硬化irregular powder 不规则状粉irregular section 变截面型材irregularity 不规则性irreversibility 不可逆性irreversible adsorption 不可逆吸着irreversible change 不可逆变化irreversible process 不可逆过程irreversible reaction 不可逆反应irrigated precipitator 湿式电收尘器ishikawaite 铁铌钇矿isobar 等压线isobaric change 等压变化isobaric line 等压线isochoric process 等容过程isochronal annealing 等时退火isolation 隔离isolator 绝缘体isomer 异构体isomerism 异构性isomorphism 同晶型isopotential surface 等位面isostatic mold 等静压模isostatic pressing 等静压制isothermal 等温线isothermal annealing 等温退火isothermal bath 等温浴isothermal change 等温变化isothermal curve 等温线isothermal extrusion 等温挤压isothermal forging 等温锻造isothermal growth 等温生长isothermal hardening 等温淬火isothermal heat treatment 等温热处理isothermal process 等温过程isothermal quenching 等温淬火isothermal section 等温截面isothermal sintering 等温烧结isothermal tempering 等温回火isothermal transformation 等温转变isothermal transformation curve 等温转变曲线isotope 同位素isotopic indicator 同位素指示剂isotopic tracer 同位素指示剂isotropic body 蛤同性体isotropy 蛤同性ixiolite 锰钽矿izod test 艾氏冲辉验。
冶金专业英语词汇（Q-R）
冶金专业英语词汇(Q-R)q bop process 底吹氧气转炉炼钢法qt steel 凳钢quadrant iron 扇形钢材qualitative analysis 定性分析quality basic oxygen process 底吹氧气转炉炼钢法quality control 质量管理quality specification 质量技术条件quality steel 优质钢quantitative analysis 定量分析quantitative metallography 定量金相学quantity of magnetism 磁量quantometer 光量计quartation 四分法quartering 四分法quarto mill 四辊式轧机quartz 石英quartz glass 石英玻璃quartz sand 石英砂quartz tube 石英管quartzite 硅石quasi isotropy 伪蛤同性quaternary diagram 四元系状态图quaternary system 四元系quench 淬火quench aging 淬火时效quench bath 淬火浴quench crack 淬火裂纹quench hardened case 淬火层quench hardening steel 淬硬钢quenched and tempered steel 凳钢quenched bend test 淬火弯曲试验quenched case 淬火层quenched sorbite 淬火讼体quenched steel 硬化钢quenched troostite 淬火屈氏体quenching 淬火quenching capacity 淬火能力quenching furnace 淬火炉quenching medium 淬火剂quenching of vacancies 空位淬火quenching oil 淬火油quenching strain 淬火变形quenching stress 淬火应力quenching tank 淬火槽quenching temperature 淬火温度quick cooling 快速冷却quick lime 生石灰quick sand 涟quicksilver 汞r.p.m. 分钟转数rabble 搅拌器耙子rabbling 搅拌raceway 循环区rack 齿条rack type pusher 齿条推料机radial stress 径向应力radiant energy 辐射能radiant heat 辐射热radiant heater 辐射加热器radiant tube 辐射管radiating capacity 辐射能radiating heat 辐射热radiating tube furnace 辐射管炉radiation 辐射radiation burner 辐射烧嘴radiation defect 辐照缺陷radiation equilibrium 辐射平衡radiation hardening 辐照硬化radiation heating 辐射加热radiation loss 辐射损失radiation pyrometer 辐射高温计radiation temperature 辐射温度radical 基radio frequency welding 射频焊接radioactivation analysis 放射性化分析radioactive decay 放射性衰变radioactive element 放射性示素radioactive indicator 放射性指示剂radioactive isotope 放射性同位素radioactive metal 放射性金属radioactive mineral 放射性矿物radioactive rays 放射线radioactive substance 放射性物质radioactive tracer 放射性示踪剂radioactive tracer gas 放射性示踪气体radioactivity 放射性radiocobalt 放射性钴radioelement 放射性示素radiogram 伦琴射线照相radiograph 伦琴射线照相radiographic flaw detection 射线探伤radiographic inspection 射线照相检查radiography 射线照相术radioisotope 放射性同位素radiometallography 射线金相学radiometallurgy 射线冶金学radiometric analysis 辐射量分析radium 镭radius of curvature 曲率半径radon 氡rag 毛刺ragged roll 刻痕轧辊ragging 刻纹;除去毛刺rail 钢轨rail head 轨头rail joint bar 鱼尾板rail mill 钢轨轧机rail pass 钢轨孔型rail steel 钢轨钢rail straightener 钢轨矫正机rail straightening machine 钢轨矫正机railway track material 铁路用材料rake 耙子rake classifier 耙式分级机ram 碎铁落锤ram engine 打桩机rammed hearth 捣固炉底rammed lining 打结炉衬rammed refractory 捣制耐火材料rammer 捣锤ramming 捣打ramming board 捣固板ramming compound 捣打混合物ramming mix 捣打混合物random inspection 抽查rapid analysis 快速分析rapid annealing 快速退火rapid cooling 快速冷却rapid determination 快速分析rapid heating 快速加热rapid steel 高速钢rapping 松模rapping hole 敲模孔rapping plate 起模板rare earth elements 稀土元素rare earth metals 稀土金属rare earth treatment 稀土元素处理rare earths 稀土族rare elements 稀有元素rare metal 稀有金属rat 多肉rate constant 速度常数rate constant of reaction 反应速度常数rate controlling step 速率控制阶段rate of corrosion 腐蚀速率rate of diffusion 扩散速度rate of pouring 浇注速率rated capacity 额定容量rated current 额定电流rated output 额定功率rated voltage 额定电压rattler 清砂滚筒rauvite 水钙钒铀矿raw gas 脏煤气raw material 原料raw materials preparation 原料准备raw matte 粗冰铜raw ore 原矿raw steel 原钢rays 射线re reduced powder 重还原粉re solution 再溶解reactance 电抗reactant 试剂reacting weight 反应量reaction 反应reaction chamber 反应室reaction formula 反应式reaction heat 反应热reaction isotherm 反应等温线reaction kinetics 反应动力学reaction mechanism 反应机构reaction product 反应产物reaction rate 反应速度reaction sintering 反应烧结reaction temperature 反应温度reaction time 反应时间reaction tower 反应塔reaction tube 反应管reaction velocity 反应速度reaction velocity constant 反应速度常数reaction vessel 反应容器reactive atmosphere 活性气氛reactive metal 反应性金属reactive power 无功功率;反应能reactivity 反应性reactor 反应器反应堆reactor metallurgy 反应堆材料冶金学reagent 试剂real crystal 真实晶体real gas 真实气体real solution 实际溶液realgar 雄黄recalescence 再辉recalescence point 再辉点recarburization 再渗碳recarburizer 再增碳剂recarburizing atmosphere 再增碳气氛recasting 重浇铸receiver 槽receiving hopper 受料料斗receiving roll table 受料辊道reception test 验收试验reciprocal lattice 倒易格子reciprocating compressor 活塞式压缩机reciprocating cycle 往复周期reciprocating pump 循环泵reciprocating saw 滑座式锯recirculation degassing 循环真空脱气法recirculation rate 再循环速度recombination 再结合recompacting 再压制recorder 记录表recording pyrometer 自记高温计recovery 恢复recovery annealing 恢复退火recovery creep 回复蠕变recovery furnace 蓄热式炉recovery turbine 废能量回收发电recrystallization 再结晶recrystallization annealing 再结晶退火recrystallization temperature 再结晶温度recrystallization texture 再结晶织构recrystallization twin 再结晶孪晶rectangular ingot 偏钢锭rectification 整流;精馏rectified zinc 精镏锌rectifier 整流;精馏器rectifier welding set 整粮机rectifying column 精馏塔rectifying tower 精馏塔recuperation 回收;回粱热recuperative burner 换热式烧嘴recuperative soaking pit 换热式均热炉recuperator 蓄热器蓄热室recurrent lap 反复重皮recycle gas 再循环气体red brass 红色黄铜red brick 红砖red brittleness 热脆性red copper 紫铜red copper ore 赤铜矿red hardness 红硬性red heat 赤热red iron ore 赤铁矿red lead 红铅red mud 赤泥red phosphorus 红磷red short iron 热脆钢red silver ore 深红银矿red stain 铜斑redissolving 再溶解redistillation 再蒸馏redox potential 氧化还原电势redox reaction 氧化还原反应redox titration 氧化还原滴定redrawing 再拉拔reduced iron 还原铁reduced powder 还原粉reduced pressure 减压reduced pressure distillation 减压蒸镏reducer 还原剂reducibility 还原性reducing 还原reducing action 还原酌reducing agent 还原剂reducing atmosphere 还原气氛reducing bath 还原槽reducing capacity 还原能力reducing flame 还原焰reducing furnace 还原炉reducing gear 减速器减速装置reducing mill 减径机reducing power 还原能力reducing roasting 还原焙烧reducing sizing mill 减径定径机reducing valve 减压阀reducing zone 还原带reductant 还原剂reductibility 还原性reduction 还原reduction cell 电解还原槽reduction degradation 还原粉化reduction furnace 还原炉reduction gear 减速器减速装置reduction heat 还原热reduction of area 断面收缩率reduction of cross sectional area 断面压缩率reduction per pass 每道压下量reduction period 还原期reduction process 还原过程reduction rate 还原速度reduction ratio 压缩比;减速比reduction refining 还原精炼reduction schedule 压下规程reduction smelting 还原熔炼reeking 薰烟黑reel 卷取机;卷筒reel block 卷取机的卷筒reel tension regulator 卷取机的张力第器reeler 矫正机reeling 轧管机均整reeling mill 均整机reference electrode 参考电极refined copper 精铜refined lead 精炼铅refined matte 精炼铜refined zinc 精锌refinement 精炼refinery 精炼厂refining 精炼refining furnace 精炼炉refining slag 精炼渣reflection coefficient 反射系数reflection microscopy 反射显微镜检查法reflectoscope 超声波探伤器reflux 回流reflux condenser 回龄凝器reflux ratio 回寥reformed gas 转换气体refractoriness 耐火度refractory 耐火材料refractory brick 耐火砖refractory cement 耐火水泥refractory concrete 耐火混凝土refractory fiber 耐火纤维refractory inclusion 耐火材料夹杂物refractory lining 耐火内衬refractory material 耐火材料refractory metal 难熔金属refractory mixture 耐火混合料refractory mortar 耐火浆泥refrigerator 冷却器refuse 堆积场regenerated fuel 再生燃料regenerated leach liquor 再生浸出液regeneration 交粱热regenerative burner 再生烧嘴regenerative chamber 蓄热室regenerative furnace 蓄热炉regenerative quenching 再生淬火regenerative soaking pits 蓄热式均热炉regenerator 蓄热室region 相区域regular lay 普通捻regular powder 规则状粉regular solution 正规溶液regulating rod 控制棒regulating valve 第阀regulator 第器regulus 金属珠;冰铜reheating 再热reheating furnace 再加热炉reinforcement 加强reinforcement wire 预应力钢丝reinforcing bar 钢筋reinforcing steel 钢筋reinite 方钨铁矿reladling 倒桶relative deformation 相对形变relative error 相对误差relative humidity 相对湿度relative motion 相对运动relative pressure 相对压力relaxation 松弛relaxation constant 松弛常数relaxation resistance 松弛强度relief 浮凸relief polishing 凸抛光relief sprue 冒渣口relief welding 凸焊remaining liquid 残余熔料remains 残渣remanence 剩磁remanent magnetism 剩磁remelting 再熔炼remelting furnace 再熔炼炉remelting metallurgy 再熔冶金remelting process 重熔法remote control 遥控removal 除去removal of slag 除渣reoxidation 再次氧化reoxidation reaction 再氧化反应repair 修补repair welding 修补焊接repeated bending stress test 反复弯曲应力试验repeated impact test 反复冲辉验repeated transverse impact test 反复弯曲冲辉验repeater 围盘repeating 借助导卫板在轧机机座间串送轧件rephosphorization 回磷repiercing 再穿孔replacement 置换replica 模型膜repressing 重压reprocessing 再加工reproducibility 再现性rerolling 再轧reservoir 储蓄器residual current 剩余电流residual deformation 残留变形residual element 残余元素residual gas 残余气体residual heat 剩余热residual magnetism 剩磁residual porosity 残留孔隙度residual slag 残渣residual strain 残留变形residual stress 残余应力residual stress relieving 消除残余应力residue 残渣resilience 冲煌性resintering 再烧结resist 保护层resistance alloy 电阻合金resistance brazing 电阻钎焊resistance butt welding 电阻对接焊resistance cutting 电阻加热切割resistance furnace 电阻炉resistance percussion welding 冲桓resistance pyrometer 电阻高温计resistance sintering 电阻烧结resistance thermometer 电阻温度计resistance to deformation 变形阻力resistance welder 接触焊接机resistance welding 电阻焊resistance welding machine 接触焊接机resistance wire 电阻线resistivity 电阻率resolution 分解resolving power 分辨能力resonance 共鸣resonance absorption 共振吸收resonance method 谐振法rest electrode 焊条残头rest period 回复期restrained contraction 约束收缩restricted spread 限制宽展restriking 矫形锻压resulfurization 增硫retained austenite 残余奥氏体retained mandrel 限动芯棒retarded cooling 缓冷retort 蒸馏罐;马弗炉retort furnace 马弗炉retort process 反应罐直接还原法retort residue 蒸馏残渣retreatment 再处理return roller table 返回辊道return slag 返渣returns 返回粉末reverberating furnace 反射炉reverberatory furnace 反射炉reverberatory smelting 反射炉熔炼reversal load 应变载荷reverse bend test 反复弯曲试验reverse bending 反向弯曲reverse horn gate 倒牛角浇口reverse polarity 逆极性reverse torsion test 反复扭转试验reversed brass 锌基压铸合金reversibility 可逆性reversible adsorption 可逆吸附reversible change 可逆变化reversible cycle 可逆循环reversible electrode 可逆电极reversible process 可逆过程reversible reaction 可逆反应reversible temper brittleness 可逆回火脆性reversible transformation 可逆相变reversing bloomer 可逆式初轧机reversing blooming mill 可逆式初轧机reversing cold mill 可逆式冷轧机reversing mill 可逆式轧机reversing rolling stand 可逆式机座reversing two high blooming mill 二辊可逆式初轧机reversing valve 换向阀reversion 回归revolutions per minute 分钟转数revolving cathode 旋转阴极revolving crystal method 旋转结晶法revolving grate 旋转炉篦revolving hopper 旋转料斗revolving screen 回转筛revolving top 炉顶旋转布料器rewelding 再焊接rewinder 再卷装置reynolds number 雷诺数rh process 双管循环真空除气法rhenium 铼rheotropic brittleness 低温脆性rhodanizing 镀铑rhodite 铑金矿rhodium 铑rhodochrosite 菱锰矿rhodonite 蔷薇辉石rhombic lattice 斜方晶格rhombic system 斜方晶系rhombohedral lattice 菱形晶格rhombohedral system 菱形晶系rhombohedron 菱面体rhombus 菱形ribbed tube 加肋管ribbon saw 带锯rich alloy 中间合金rich gas 富煤气rich lead 富银铅rich low brass 富铜低锌黄铜rich ore 富矿richetite 水板铅铀矿rider brick 锁砖ridges 带钢单向皱纹riffle 槽riffle sampler 格槽分样器riffled tube 加筋管riffles 皱纹rigid body 刚体rigidity 刚性rimhole 皮下气泡rimmed ingot 沸腾钢钢锭rimmed steel 沸腾钢rimming steel 沸腾钢rimming steel ingot 沸腾钢钢锭ring core 环形泥芯ring furnace 环式窑ring gate 环形内浇口ring rolling mill 轮箍轧机rinse bath 洗涤槽rinse water 冲洗水ripidolite 铁绿泥石ripple weld 鳞状焊缝rippled surface 焊波表面riser 冒口rising pipe 下铸浇口rising steel 冒涨钢锭rivet joint 铆接rivet steel 铆钉钢roak 发裂roast 焙烧roast reduction process 焙烧还原法roasted concentrate 焙烧精矿roasted ore 焙烧矿roasted pyrite 焙烧黄铁矿roaster 焙烧炉roasting 焙烧roasting furnace 焙烧炉roasting kiln 焙烧炉roasting rate 焙烧率rock salt 岩盐rocking arc furnace 摇动电弧炉rocking grate 摇动炉篦rocking resistor furnace 可倾式电阻炉rocking runner 移动式钢水沟rocking screen 摇动筛rockwell hardness 洛氏硬度rockwell hardness number 洛氏硬度值rockwell hardness test 洛氏硬度试验rod 棒;棒钢rod mill 线材轧机;棒磨机roentgen 伦琴roentgen radiation 伦琴辐射roentgen rays x 射线roentgenogram x 射线照片roll 轧辊roll adjustment 轧辊蝶roll axis 轧辊轴线roll balance 轧辊的平衡roll barrel 辊身roll bending system 弯辊装置roll body length 辊身长度roll caliber 轧辊孔型roll camber 辊身轮廓roll carriage 轧辊的轴承座roll change 换辊roll changing 换辊roll changing rig 换辊装置roll chock 轧辊的轴承座roll cogging 在初轧机上轧制roll collar 辊环roll compacting 粉末轧制roll consumption 辊消耗roll coolant 轧辊冷却乳液roll crown 轧辊凸度roll crusher 辊式破碎机roll deflection 轧辊挠度roll designing 轧辊孔型设计roll diameter 辊身直径roll dressing 轧辊加工或磨削roll engaging sleeve 轧辊连接套筒roll fittings 轧辊导卫装置roll flattening 轧辊压扁roll force 轧制力roll formed shape 冷弯型钢roll forming 辊轧成形roll forming mill 辊轧成形机roll gap 轧辊开度roll grinder 轧辊磨床roll grinding 轧辊研磨roll grinding machine 轧辊磨床roll housing 轧机机架roll inventory 轧辊库roll lathe 轧辊车床roll line 轧辊轴线roll mandrel 辊轴roll marks 辊印roll mill stand 轧机机座roll neck 辊颈roll opening 轧辊开度roll pass 轧辊孔型roll pass design 轧辊孔型设计roll pass sequence 轧辊孔型系统roll profile 轧辊辊型roll regrinding 轧辊再研磨roll scale 轧钢皮roll screen 辊筛roll seperating force 轧制力roll setting 轧辊蝶roll setup 安置轧辊roll shape control 辊型第roll shift 轧辊轴向移动roll sleeve 轧辊辊套roll speed 轧制速度roll straightener 辊式矫正机roll stroke 轧辊升程roll table 辊道roll train 轧机机组roll turning 轧辊车削roll turning shop 轧辊车嫌工车间roll turning template 车晓辊用样板roll type reel 辊式卷取机roll wear 轧辊磨损roll wobbler 轧辊梅花头rollability 可轧制性rolled compact 轧坯rolled gold 覆饰用极薄金箔rolled in scale 轧入氧化皮rolled iron 轧制钢材rolled pipe 轧制管rolled products 轧材rolled steel 轧制钢材rolled stock 轧材rolled tube 轧制管rolled wire 轧制线材roller 辊子;轧钢工roller bearing 滚柱轴承roller bearing steel 滚柱轴承钢roller bed 辊道roller chain 滚子链roller cold pilgering mill 滚式冷轧管机roller conveyor 辊式运输机roller cooling bed 辊式冷床roller die 辊模roller electrode 辊式电极roller feeder 辊式给料机roller guide 辊式导板roller hearth furnace 辊底式炉roller leveler 辊式矫直机roller line 辊道线roller reel 辊式卷取机roller spot welding 滚点焊roller straightening machine 辊式矫正机roller twister 辊式扭转导板roller welding 轧焊roller's side 进料侧rolling 轧制rolling axis 轧制线rolling cycle 轧制周期rolling direction 轧制方向rolling drawing process 轧制拉制法rolling equipment 轧制设备rolling friction 滚动摩擦rolling line 轧制线rolling mill 轧机rolling mill engine 轧机昼动机rolling mill practice 轧制工艺rolling off 管材的芯棒辗轧rolling plan 轧制图解rolling plant 轧制车间rolling power 轧制能力rolling pressure 轧制压力rolling program 轧制图解rolling skin 轧制铁鳞rolling solution 轧制用润滑冷却液rolling surface 滚动面rolling technology 轧制工艺rolling temperature 轧制温度rolling temperature region 轧制温度区rolling texture 轧制织构rolling torque 轧制力矩rolling width 轧制宽度roof 炉顶roofing sheet 屋面薄钢板root 根部root crack 根部裂纹root gap 根部间隙root of penetration 焊缝根部root opening 根部间隙root pass 根部焊道root run 根部焊道rope 索rope manufacture 钢丝绳制造rope transfer 钢丝绳移送机rope wire 钢丝绳用钢丝roscoelite 钒云母rosette graphite 玫瑰花状石墨rotary converter 回转式转炉rotary crusher 回转破碎机rotary cutter 圆盘式剪断机rotary die 转模rotary drier 回转干燥器rotary drum grinder 滚筒粉碎机rotary filter 滚筒过滤机rotary forge mill 周期式轧管机rotary furnace 回转炉rotary hearth furnace 转底炉rotary kiln 回转炉rotary kiln reduction 回转炉还原rotary piercing 斜辊式穿孔rotary piercing mill 斜辊式穿轧机rotary pump 回转泵rotary shears 圆盘剪切机rotary squeezer 回转压榨机rotary swager 旋转锻造机rotary swaging 回转模锻rotary trimming shears 圆盘式切边剪rotary tube straightener 旋转式钢管矫直机rotary vacuum pump 回转真空泵rotating anode 旋转阳极rotating arc 旋转电弧rotating arc welding 旋转电弧悍rotating bending test 旋转弯曲试验rotating cathode 旋转阴极rotating crystal method 旋转结晶法rotating cube mixer 旋转箱式混料机rotating guide 旋转导板rotating screen 回转筛rotation axis 转动轴rotational slip 转动滑移roto arc welding 旋转电弧悍rotoblasting 铁砂清理rotor process 氧气平吹旋转转炉炼钢法rottenstone 硅藻土rouge 铁丹rough forging 粗锻造rough grinding 粗研磨rough surface 粗面rougher 开毗机roughing 粗轧roughing groove 粗轧孔型roughing mill group 粗轧机组roughing pass 粗轧孔型roughing slag 下渣roughing train 粗轧机线roughness 粗糙度roughness factor 粗糙度系数round billet 圆形坯round concrete bar 混凝土用圆钢round ingot 圆锭round kiln 圆形炉round pass 圆形孔型round steel 圆钢rounding 倒角rounds 圆钢row of dislocations 位错排列rubber mold 橡皮铸型rubber packing 橡皮垫rubellite 红电气石rubidium 铷rubidium alum 铷茂rubidium chloride 氯化铷ruby copper 赤铜矿ruhrstahl heraeus process 双管循环真空除气法run 道run off tab 引出板run out table 输出辊道runner 出钢槽runner box 分叉浇口箱runner brick 汤道砖running out 跑号running repair 小修running time 运转时间runoff table 输出辊道runout 瘤;漏铁水rupture 破坏rupture stress 断裂应力rust 锈rust inhibitor 防锈剂rust protection 抗锈rust remover 除锈剂rust resistance 耐锈蚀性rusting 生锈ruthenium 钌rutile 金红石rutile electrode 氧化钛药皮焊条rz powder rz 粉末。
冶金专业英语
Words and Expressionsextractive[iks'træktiv]提取的，萃取的refine[ri'fain]精炼metallurgy[me'tælədʒi]冶金，冶金学ingot[ˈɪŋgət]铸锭concentrate[ˈkɔnsəntreit]精选，富集，精矿fabricate[ˈfæbrikeit]加工，制作gangue[gæŋ]脉石deposit[diˈpɔzit]沉积，矿床mineral[ˈminərəl]dressing选矿flotation[fləuˈteiʃən]浮选pyrometallurgy[ˌpairəumeˈtælədʒi]火法冶金manganese.[ˈmæŋgəˌni:z]锰hydrometallurgy[ˌhaidrəumeˈtælə:dʒi]湿法冶金aluminium[ˌælju:ˈminjəm]铝electrometallurgy[iˌlektrəumeˈtælədʒi]电冶金electrolysis.[ɪlekˈtrɔlɪsɪs]电解beneficiation[ˈbeniˌfiʃiˈeiʃən]选矿，矿物处理suffice.[səˈfais]足够，满足……的需要mercury sulphide[ˈmə:kjuri][ˈsʌlfaɪd]硫化汞magnesium[mægˈni:zi:əm]镁non-ferrous[ˈferəs]metals有色金属by products副产品impurity[ɪmˈpjʊərɪti:]杂质distillation[ˌdɪstəˈleɪʃən]蒸馏oxidation[ˌɔksɪˈdeɪʃən]氧化volatile[ˈvɔlətail]蒸馏mercury[ˈmə:kjuri]汞cadmium[ˈkædmiəm]镉melting point熔点titanium[taɪˈteɪni:əm]钛zirconium.[zə:ˈkəuniəm]锆chromium[ˈkrəʊmi:əm]铬niobium[naiˈəubiəm]铌molybdenum[məˈlibdinəm]钼molten[ˈməʊltən]熔融的refractory[rɪˈfræktəri:]难熔的crucible[ˈkru:sibl]坩埚oxygen[ˈɔksidʒən]氧nitrogen[ˈnaitrədʒən]氮slag[slæg]渣electromotive series[ilektrəuˈməutiv][ˈsiəri:z]电化序reducing agent[riˈdju:siŋ][ˈeidʒənt]还原剂roast[rəust]焙烧smelt[smelt]熔炼convert[kənˈvə:t]吹炼aqueous[ˈeikwiəs]solution水溶液trace back追溯到concern with与……有关by means of用，依靠organic[ɔ:ˈgænik]有机的vacuum[ˈvækjuəm]真空conventional[kənˈvenʃənl]常规的，传统的inorganic[ˌɪnɔ:ˈgænɪk]无机的alchemist[ˈælkimist]炼金术imminent[ˈiminənt]即将发生的depletion[dɪˈpli:ʃən]消耗，枯竭lean[li:n]ore贫矿discard[disˈka:d]废弃，丢弃manganese nodule[ˈnɔdʒu:l]锰结核dust[dʌst]烟尘matte[mæt]冰铜锍speiss[spais]黄渣sludge[slʌdʒ]污泥burgeoning[ˈbə:dʒəniŋ]新兴的recycling[ri:ˈsaikliŋ]回收，循环assess[əˈses]估计，评价alleviate[əˈli:vieit]减轻，缓和rare metal稀土金属associate[əˈsəuʃieit]with联系，与……交往flowsheet[fləuˈʃi:t]流程图relegate[ˈreligeit]把……置于次要地位panacea[ˌpænəˈsi:ə]万灵药complementary[ˌkɔmpləˈmentəri]互补的revenue[ˈrevənju:]收入hafnium[ˈhæfniəm]铪mint[mint]铸造furnace[ˈfə:nis]炉子atmospheric[ˌætməˈsferɪk]大气的disposal[disˈpəuzəl]处置，处理matte smelting造锍熔炼converting[kənˈvə:tiŋ]吹炼sulphide[ˈsʌlfaɪd]硫化物blast[bla:st]furnace鼓风炉，高炉silica[ˈsilikə]二氧化硅alumina[əˈlju:minə]氧化铝calcium[ˈkælsiəm]钙phosphorus.[ˈfɔsfərəs]磷sulphur[ˈsʌlfə]硫interface[ˈintəfeis]界面reverberatory.[riˈvə:bərətəri]furnace反射炉lime[laɪm]石灰refractory[rɪˈfræktəri:]难熔的thermal[ˈθə:məl]barrier[ˈbæriə]隔热层quartz[kwɔ:ts]石英iron[ˈaiən]铁liquidus[ˈlikwidəs]液相线viscosity[vɪˈskɔsɪti:]黏度specific[spiˈsifik]gravity[ˈgræviti]比重dissolve[diˈzɔlv]溶解orthosilicate[ˌɔ:θəˈsiləkeit]正硅酸盐acidic[əˈsɪdɪk]酸性的neutralization[ˌnju:trəlaiˈzeiʃən]中和anion[ˈænaiən]阴离子pentoxide[ˌpenˈtɔksaid]五氧化物phosphorus pentoxide五氧化二磷molecule[ˈmɔlikju:l]分子polymer[ˈpɔləmə]聚合物，聚合的basicity[bəˈsisiti]碱度neutral[ˈnju:trəl]中性的equilibrium[ˌi:kwəˈlɪbri:əm]平衡ionic[aiˈɔnik]离子的undissociated[ˈʌndiˈsəuʃieitid]未离解的desulphurize[di:ˈsʌlfəraiz]脱硫cation[ˈkætaiən]阳离子fluorspar[ˈflu(:)əspa:]氟石synthetic[sin'θetik]人造的silicate['silikit]硅酸盐resin['rezin]树脂cuprammonium rayon铜氨纤维brass[brɑ:s]黄铜electroplate[i'lektrəu'pleit]电镀uranium[juəˈreiniəm]铀sorption.['sɔ:pʃən]吸附saturated['sætʃəreitid]饱和的effluent['efluənt]污水elution[iˈlju:ʃən]洗涤vanadium[və'neidiəm]钒platinum['plætinəm]铂ion exchange离子交换solvent extraction溶剂萃取agitation[ˌædʒi'teiʃən]搅拌immiscible[i'misəbl]不互溶的stripped solvent反萃剂contaminant[kən'tæmənənt]污染物extractant[iks'træktənt]萃取剂alkali['ælkəlai]碱hydrolyze['haidrəlaiz]使水解derivative[di'rivətiv]衍生物chelate['ki:leit]螯合的chelating compound螯合物reagent[ri:'eidʒənt]试剂kerosene['kerəsi:n]煤油perforated['pə:fəreitid]多孔的chalcocite['kælkəsait]辉铜矿covellite[kəu'velait]铜蓝chalcopyrite[ˌkælkə'pairait]黄铜矿bornite['bɔ:nait]斑铜矿pyrite[pairait]黄铁矿cuprite['kju:prait]赤铜矿tenorite['tenərait]黑铜矿coke[kəuk]焦炭exhaust[ig'zɔ:st]耗尽pulverize['pʌlvəraiz]粉碎negative['negətiv]负的flux[flʌks]助熔剂hearth[hɑ:θ]炉床horizontal[ˌhɔri'zɔntl]水平的boiler['bɔilə]锅炉siliceous[si'liʃəs]硅酸的cast[kɑ:st]浇铸roughen['rʌfən]粗糙blister['blistə]copper泡铜anode['ænəud]阳极electrolytic tank[tæŋk]电解槽cathode['kæθəud]阴极electrolyte[i'lektrəu,lait]电解质contaminate[kən'tæmineit]使不纯soluble['sɔljubl]可溶的selenium[si'li:niəm]硒tellurium[te'ljuəriəm]碲arsenic['ɑ:sənik]砷hydrocarbon['haidrəu'kɑ:bən]碳氢化合物anode refining阳极精炼agitate['ædʒiteit]搅动eutectic[ju:'tektik]共晶体dilute[dai'lju:t]sulfuric[sʌl'fju:rik]acid稀硫酸precipitation[priˌsipi'teiʃən]沉淀sponge[spʌndʒ]海绵cement[si'ment]水泥，胶状材料preheat[pri:'hi:t]预热calamine['kæləmain]异极矿blende[blend]闪锌矿arsenic['ɑ:sənik]砷antimony['æntiməni]锑tin[tin]锡indium['indiəm]铟germanium[dʒə:'meiniəm]锗gallium['gæliəm]镓fluidize['flu:ədaiz]使流化electrostatic[i'lektrəu'stætik]静电marmatite['mɑ:mətait]铁闪锌矿carbonate['kɑ:bəneit]碳酸盐combustion[kəm'bʌstʃən]燃烧volatilize['vɔlətilaiz]挥发concomitantly[kən'kɔmitənt]伴生的blend[blend]掺和,混合,掺和物sphalerite['sfælərait]闪锌矿smithsonite['smiθsənait]菱锌矿zinc[ziŋk]锌zinc pyrite锌黄铁矿zincite['ziŋkait]氧化锌，红锌矿，ZnO vertical retort process竖罐炼锌tuyere[twi:'jɛə](冶金炉）风口，风眼briquet[bri'ket]团块，坯块，制团galvanizing['gælvənaiz]镀锌petzite['petˌsait]碲金银矿cyanide['saiənaid]氰化物deaerated[di:'ɛəreit]使气泡除去telluride['teljuraid]碲化物nugget['nʌgit]天然金矿，矿块calaverite[kælə'vɛərait]碲金矿sylvanite['silvəˌnait]针碲金（银）矿tailing['teiliŋ]矿渣filtration[fil'treiʃən]过滤scum[skʌm]浮渣granular['grænjulə]粒状的percolation[ˌpə:kə'leiʃən]过滤amalgamation[əˌmælgə'meiʃən]融合，合并container[kən'teinə]容器packaging['pækidʒiŋ]包装，包装物bauxite['bɔ:ksait]铝碱土，铝土矿electrical conductor导电体hydrate['haidreit]氢氧化物，水合物titania[tai'teiniə]二氧化钛，氧化钛anhydrous[æn'haidrəs]无水的reserve[ri'zə:v]储备物，储藏量exclusively[iks'klu:sivli]排外的，专有的distinct[dis'tiŋkt]清楚的，明显的digest[dai'dʒest]浸煮蒸煮，煮解caustic['kɔ:stik]腐蚀性的，苛性的soda['səudə]碳酸水，纯碱，氢氧化钠residue['rezidju:]剩余物，残余，残渣filtration[fil'treiʃən]过滤，筛选liquor['likə]液体，母液be seeded with做孕育处理，使孕育crystal['kristl]晶体，结晶，水晶trihydrate[trai'haidreit]三水合物alumina trihydrate氢氧化铝reverse[ri'və:s]颠倒，倒转，倒退precipitate[pri'sipiteit]使沉淀，沉淀conductor[kən'dʌktə]导体cryolite['kraiəlait]冰晶石additive['æditiv]添加剂cell[sel]电解槽，小房间probable['prɔbəbl]很可能的，大概的dissociate[di'səuʃieit]分解，游离，chloride['klɔ:raid]氯化物sodium['səudiəm]钠petroleum[pi'trəuliəm]石油tar[tɑ:]焦油，柏油pitch[pitʃ]沥青柏油coal tar pitch煤焦油沥青purification[ˌpjurifi'keiʃən]净化，提纯，精致blow-off排出，喷出digestion[di'dʒestʃən]溶解，溶出，煮解robot['rəubɔt]机器人，遥控设备preferentially[ˌprefə'renʃəli]先取的，优先的clarify['klærifai]澄清，使纯净sedimentation[ˌsedimən'teiʃən]沉淀，沉降inherent[in'hiərənt]固有的，内在的supersaturate[su:pə'sætʃəreit]使过度饱和excess[ik'ses]多余的，额外的exploit['eksplɔit]利用，使用，开发，开采slurry['slə:ri]不溶解物的悬浮液sand[sænd]除沙槽coarse[kɔ:s]粗的，粗糙的fraction['frækʃən]小部分，微量tank[tæŋk]槽，箱，桶filter['filtə]过滤器，滤光器pressure['preʃə]压力过滤器gibbsite['gibsait]水铝矿，铝土矿green[gri:n]未加工的，湿的socket['sɔkit]穴，孔，插座modify['mɔdifai]调节，限制crust[krʌst]外壳，硬壳interfacial tension界面张力interfacial[ˌintə'feiʃəl]界面的，分界面的holding['həuldiŋ]保温炉tension['tenʃən]压力，张力，牵力siphon['saifən]用虹管吸收dilute[dai'lju:t]冲淡，稀释hooded['hudid]有罩盖的，带头巾的potline['pɔtlain]制铝用的电解槽系列crane[krein]起重机commensurate[kə'menʃərit]相当的，相称的assist[ə'sist]帮助，辅助manipulate[mə'nipjuleit]熟练的操作使用cable['keibl]钢丝绳，缆索be commensurate with与什么相当，与什么相称weld[weld]焊接combustion chamber燃烧室checkerwork格式装置,砌砖格checker mass蓄热室burner['bə:nə]燃烧器air stream风流，空气流pack[pæk]填塞，塞满checker brick格子砖volume ratio体积比，容积比checker chamber蓄热室flue[flu:]烟道，通气管on blast送风，鼓风natural gas天然气coke oven['ʌvən]焦炉compress[kəm'pres]压缩by pass绕过，使通过…旁道valve[vælv]阀门mixer valve混风阀turbulent['tə:bjulənt]涡旋的，狂暴的exhaust[ig'zɔ:st]排气chimney['tʃimni]废气dome[dəum]圆顶，圆屋顶preset[pri:'set]事先调整，预调back draft到转，逆通风creep[kri:p]蠕变，蠕动creep-resistant抗蠕变的thermal['θə:məl]热的，热量的skin wall隔墙specification[ˌspesifi'keiʃən]规格，技术要求automation[ˌɔ:tə'meiʃən]自动控制，自动操作contamination[kənˌtæmi'neiʃən]污染，污染物direct reduced iron（DRI）直接还原铁methane['meθein]甲烷，沼气carbon monoxide[mɔ'nɔksaid]一氧化碳descend[di'send]下来，下降scarce[skɛəs]缺乏的，不足的uniform['ju:nifɔ:m]均匀的，均质的go into production投产gas reformer[ri'fɔ:mə]气体转化炉gravity['græviti]重力discharge[dis'tʃɑ:dʒ]排出，流出seal[si:l]legs料封管bustle['bʌsl]pipe环形风管counter current相反的，逆流charge solid固体炉料gravity feed重力给料outlet['autlet]出口，出路burden['bə:dn]炉料，配料scrubber['skrʌbə]气体洗涤器recompress再压缩preheat[pri:'hi:t]预热pipe以管输送reformer tube重整管catalyst['kætəlist]催化剂，触媒recycle[ri:'saikl]使再循环，反复使用sponge[spʌndʒ]iron海绵铁porosity[pɔ:'rɔsiti]多孔性，有孔性lime shell[ʃel]石灰涂层passivation[ˌpæsi'veiʃən]钝化water glass水玻璃（硅酸钠）subdivide['sʌbdi'vaid]再分，细分gasifier['gæsifaiə]汽化器，燃气发生炉outlet pipe流出管，排出管melter gasifier熔融汽化炉iron bath reactor铁浴反应炉briquette[bri'ket]压块magnesite['mægnəsait]菱镁矿jet[dʒet]射流，气流tray[trei]底板，托架charge[tʃɑ:dʒ]装料，装满penetrate['penitreit]穿透，渗透splash[splæʃ]飞溅，斑点circulation[ˌsə:kju'leiʃən]循环，流通pouring['pɔ:riŋ]钢包evolution[ˌi:və'lu:ʃən]放出（气体），形成tapping hole出钢口free running slag易流动渣rim[rim]边，轮缘tap-to-tap[tæp]time出钢时间filling['filiŋ]装料duration[dju'reiʃən]of a heat冶炼（一炉）时间The L D practice氧气顶吹转炉工艺。
冶金工程专业英语
New development in Europe
Fundamental of iron making
Reduction of iron oxides
Fundamental of steel making
Fundamentals of Ladle Metallurgical Reactions
consumers limited control 不同，不等。
on price, and the demand 16. volatile: 易
and supply disparity have made steel prices volatile.
变的，反复无常 的。
Significant increases in
11.
economic conditions with a particular sensitivity to the
attributable: 由…引起的 。
12. sensitivity:
performance of the automotive, 敏感(性) 。
construction, capital goods and 13. capital: 主
冶金工程专业英语
2020/3/2/23:26:12
金焱
范文讲解：
Part1 Fundamentals of Iron and Steelmaking
Part2 Iron making Part3 Steel making
2020/3/2/23:26:13
2
Part1 Fundamentals of Iron and Steelmaking
冶金专业英语
1、炉子Metallurgy n. 冶金，冶金学Non-ferrous metallurgy 有色冶金学Solvent n. 溶剂Slag n. 渣，炉渣v. Electrolyte n. 电解质，电解液Blast furnace 鼓风炉，高炉ConverterOpen hearth furnaceFurnace hearth炉膛Furnace body 炉体Reaction chamberSoaking pits furnaceBatch-type furnaceInduction furnace感应炉Fluidised bed furnace流态化床炉Heating furnaceMelting furnaceBurnerIntensified Smelting FurnaceBottom-blown oxygen converter refractory bricks2、焙烧与煅烧Calcination n. 焙烧，煅烧Rotary kiln 回转窑Shaft furnace 竖炉Dead roasting 死烧Sulphating roasting 硫酸化焙烧Reduction roasting 还原焙烧equillibrium constant 平衡常数predominance area 优势区reverberatory furnace 反射炉selective roasting 选择性焙烧chloridizing roast 氯化焙烧basic sulphate碱式硫酸盐Salt roasting 食盐氯化焙烧法Refractory material耐火材料Crucibles坩埚3、浸出Diffusion-controlled (受)扩散控制的Chemically controlled 化学反应控制的Cyanide n. 氰化物Pyrite cinder 黄铁矿烧渣Flue dusts 烟尘Pulp density 矿浆密度Leaching efficiency 浸出率aqua regia 王水contact timesodium carbonatesodium cyanidePulp density 矿浆密度Heap leaching 堆浸Dump leaching 堆浸Autoclave n.压煮器，高压釜Acid curing 拌酸处理Pregnant solution 富液，母液Copper pyrite 黄铜矿Digestion n. 溶出，浸出，浸煮PercolationDecantation4、离子交换与溶剂萃取Effluent 流出液Stripping 反萃Ion exchangeSolvent extractionelutionsynthetic organic resinssorptionphasecapacitymixer/settler unit混合/澄清器filtering cake滤饼5、电解Electrolytic cell 电解槽Current efficiency 电流效率Theoretical Cell voltage 槽电压Current density 电流密度Limiting current density 极限电流密度Throwing power 电镀能力，着电效率Reversible adj 可逆的Reversible electrode potential 可逆电极电位Electrochemical series 电化序Overpotential n. 超电压，超电势Anodic overpotential 阳极过电位Cathodic overpotential 阴极过电位Anode slime 阳极泥Activation n. 活化，活性Cathode n. 阴极，负极Anode n. 阳极，正极Electrolytic cell 电解槽Faraday’s lawEnergy efficiencyAcidified waterConcentration polarization浓差极化6、沉淀precipitation /pri,sipi'teiʃ(ə)n/ n. 沉淀;沉淀物concentrate /'kɒns(ə)ntreit/ vi. 集中；浓缩；vt. 集中；浓缩n. 浓缩，浓缩液purify /'pjʊrifai/ n. 净化；精制; v. 使纯净；精炼component /kəm'pəunənt/ n. 部件；组件；成份hydroxide /hai'drɒksaid/ n. 氢氧化物oxide /'ɑksaid/ n.氧化物reduction /ri'dʌkʃ(ə)n/ n. 还原；减少；缩小cementation /,siːmen'teiʃ(ə)n/ n. 黏结；胶结作用；渗碳处理ultrafine /,ʌltrə'fain/ adj. 非常细微的ultr-pure powders 超纯粉末pigments /'pigmənt/ n.颜料，染料；色素Alumina /ə'luːminə/ n.氧化铝；矾土equilibrium constant 平衡常数unit activities 单位活度logarithmic form 对数形式stable phases 稳定相predominance areas 优势区nickel sulfide 硫化镍electrochemical oxidation 电化学氧化electrode potential电极电位；/物化/ 电极电势contact reduction 接触还原noble metal 贵金属electron exchange 电子交换iron scrap 废铁，屑铁7、钢铁carbon steelsPig ironCast ironopen-hearthalloying elementstainless steelladle metallurgy钢包冶金hood ringtappingThe process is based around a new type of blast furnace called a Cyclone Converter Furnace, which makes it possible to skip the process of manufacturing pig iron pellets （球团）that is necessary for the basic oxygen steelmaking process.Steel is an alloy made by combining iron and other elements, and the most common of these are carbon.8、铜冶金Dilute sulfuric acidNuclear energy explosionOxygen-enriched airMatteFluxSlagBlister copper粗铜Outokumpu flash smeltingNoranda continuous smelting诺兰达连续熔炼Eutectic structure共晶结构cement copper沉淀铜，泥铜（沉淀置换的铜），渗碳铜settling tank澄清槽9. Zinc metallurgySphalerite 闪锌矿ZnSsmithsonite菱锌矿ZnCO3goethite/'gɜːtait/n. [矿物] 针铁矿jarosite/'dʒærəsait/n. [矿物] 黄钾铁矾hematite/'hi:mətait/n. [矿物] 赤铁矿lead bullion粗铅 ['bʊlɪən]10、铝冶金Gibbsite ['gibsait]三水铝矿cryolite ['kraiəlait]冰晶石Bayer process拜耳工艺Red mud赤泥caustic soda岢性碱Soderberg anode自焙阳极Prebaked anode预焙阳极Spent liquor废液Bauxite铝土矿Sodium aluminateLimestone石灰石Radiant energy辐射能Diasporaboehmitecarbon anode碳阳极hood ringlimesoda sinter process11 tungsten metallurgywolframite n/ 'wʊlfrəmˌaɪt / 钨锰铁矿，黑钨矿scheelite n/ 'ʃilaɪt / 钨酸钙矿，白钨矿ammonium paratungstate n/əˈməunjəm ˌpærəˈtʌŋsteit/ 仲钨酸铵precursor n/pri'kɜsə/ 前驱体crystallize vt /ˈkrɪstəlaɪzd/ 使结晶deionized water n/di'aɪə,naɪzid/ 去离子水cemented carbide n硬质合金tungstate n/'tʌŋ,stet/ 钨酸盐molybdenum n/ məˈlɪbdənəm / 钼12、金冶金Carbon-in-pulp process碳浆工艺Ball millAlluvial goldThickner浓密机Cyanidation[saiəni'deiʃən]氰化Aeration[,eiə‘reiʃən] 充气，通气Preoxidation预氧化 [pri:ɔksi'deiʃən]Pulp矿浆Tail尾矿Countercurrent ['kaʊntə,kʌrənt]decantation逆流倾析[,di:kæn'teiʃən] Zinc dust锌尘gravity concentration 重力选矿comminution/,kɑmə'njʊʃən/ 粉碎grinding / 'ɡraɪndɪŋ/磨碎refractory gold ores难处理金矿Run-of-mine原矿Steel wool钢丝棉dore bullion ['bʊlɪən]多尔锭borax-silica flux硼砂-二氧化硅熔剂。
冶金专业英语(全)
有色冶金专业英语（适用于冶金工程专业）2009年9月Lesson 3 Ore DressingOre dressing 选矿Concentrate v. 富积，浓缩，集聚n. 精矿，浓缩物Concentration n. 集中，浓缩，浓度Acid concentration 酸浓度Bulk n. 正体，主体，团块Gangue n. 脉石，尾矿，矿脉中的夹杂物Tailing n. 尾矿Severance n. 分离，隔离，碎散Beneficiation n. 分选Comminution n. 粉碎Run-of-mine n. 原矿Middling n. 中矿Liberation n. 解离Crush n. v. 粉碎，碾碎，挤压Grind n. v. 研磨，磨细Screen n. v. 筛，筛分Jigging n. 跳选，跳汰选Hand picking 手选Luster n. 光泽，光亮v. 闪光，发光Specific gravity 比重Magnetic permeability 磁导率Inductive charging 感应电荷Electrostatic separation 静电分离Fracture n. 断口，裂缝Automatic sorting of radioactive natures放射性自动选矿Magnitude n. 大小，尺寸，量级，强度，等级Magnetic separation 磁选Magnetic field 磁场Gravity concentration 重力选矿Medium n. 介质，媒介，中间物，培养基Dilate v. （使）膨胀，扩张，扩大Dilated bed 松散床层Dilation n. 膨胀系数，传播，伸缩，蔓延Lip n. 凸出部分，唇部Diverse adj. 不同的，互异的，各种各样的Table n. 摇床，淘汰盘Tabling 摇床选，淘汰选Motion n. 运动，输送，行程，机械装置，运动机构Sink-float separation 重介质分选Suspension n. 悬浮物，悬浮液Cone n. 圆锥体，锥形漏斗，圆锥破碎机Stir n. v. 移动，摇动，搅拌Stirrer n. 搅拌器，搅拌机Rotary adj. 旋转的，回转的，转动的Circumference n. 圆周，周边Rotating motion 旋转装置，旋转设备Floatation n. 浮选Pulp n. 矿浆，浆料v. 制浆，浆化Sluice n. 槽，排水道，水槽Froth floatation 泡沫浮选Hematite n. 赤铁矿Pyrolusite n. 软锰矿Diamond n. 金刚石Graphite n. 石墨Ore dressing concerns with the technology of treatment of ores to concentrate their valuable constituents (minerals) into products (concentrate) of smaller bulk, and simultaneously to collect the worthless material (gangue) into discardable waste (tailing). The fundamental operations of ore-dressing processes are the breaking apart of the associated constituents of the ore by mechanical means (severance) and the separation of the severed components (beneficiation) into concentrate and tailing, using mechanical or physical methods which do not effect substantial chemical changes.1Severance. Comminution is a single, or multistage processes whereby ore is reduced from run-of-mine size to that size needed by the beneficiation processes. The process is intended to detailed control, a class of particles containing both mineral and gangue (middling particles) are also produced. The smaller the percentage of middling the greater the degree of liberation. Comminution is divided into crushing (down to 6-to 14-mush) and grinding (down to micron size). Crushing is usually done in three stages: coarse crushing from run-of-mine size to 4-6 in., or coarser; intermediate crushing down to about 1/2 in.; and fine crushing to 1/4 in. or less. Screen is a method of sizing whereby graded products are produced, the individual particles in each grade being of nearly the same size. In beneficiation, screening is practiced for two reasons: as and integral part of the separate on process, for example, in jigging, and to produce a feed of such size range as is compatible with the applicability of the separation process.Beneficiation. This step consists of two fundamental operations: the determination that an individual particle is either a mineral or a gangue particle (selection); and the movement of selected particles via different paths (separation) into the concentrate and tailing products.2 When middling particles occur, they will either be selected according to their mineral content and then caused to report as concentrate or tailing, or be separated as a third product (middling).3 In the latter case, the middling is reground to achieve further liberation, and the product is fed back into the stream of material being treated.Selections based upon some physical or chemical property in which the mineral and gangue particles differ in kind or degree or both. Thus in picking, the old form of beneficiation, color, luster, and shape are used to decide whether a lump of ore is predominantly mineral or gangue. Use is made of differences in other physical or chemical properties, such as specific gravity, magnetic permeability, inductive charging (electrostatic separation), surface chemical properties, bulk chemical properties, weak planes of fracture (separation by screening), and gamma-ray emission (automatic sorting of radioactive nature).Separation is achieved by subjecting each particle of the mixture to a set of forces that is usually the same irrespective of the nature of the particles excepting for the force based upon the discriminating property. This force may be present for both mineral and gangue particles but differing in magnitude, or it may be present for one type of particle and absent for the other. As a result of this difference separation ispossible, and the particles are collected as concentrate or tailing.Magnetic separation utilizes the force exerted by a magnetic field upon magnetic materials to counteract partially or wholly the effect of gravity. Thus under the action of these two forces different paths are produced for the magnetic and nonmagnetic particles.Gravity concentration is based on a discriminating force, the magnitude of which varies with specific gravity. The other force that is usually operating in gravity methods is the resistance to relative motion exerted upon the particles by the fluid or semi-fluid medium in which separation takes place Jigging is a gravity method that separates mineral from gangue particle by utilizing an effective difference in settling rate through a periodically dilated bed. During the dilation heavier particles work their way to the bottom while the lighter particles remain on top and are discharged over the lip. Jigging is practiced on materials that are liberated upon being reduced to sizes ranging from 3/2 in., down to several millimeters. It has been used on such diverse ores as coal, iron ores, gold and lead ores.Tabling is a gravity method in which the feed, introduced onto an inclined plane and reciprocated deck, moves in the direction of motion while simultaneously being washed by a water film which moves it also at right angles to the motion of the deck.4 The heavier mineral and the lighter gangue are usually collected over the edges of the deck. The boundary between the heavier mineral and lighter gangue particles is roughly a linear diagonal band on the deck of the table. This diagonal band is not stationary; rather it tends to move about a mean position. In practice therefore, a third product, the middling, is collected between the discharge edges of concentrate and gangue. If the feed to the table has been crushed or ground to produce liberation, then the middling is returned to the feed. If liberation has not been achieved, the middling is returned to the crushing-grinding section of the mill. Tables may be used to treat relatively coarse material (sand tables) with sizes ranging from about 2~3 mm down to 0.07 mm.Sink-float separation is the simplest gravity method and is based on existing differences in specific gravity. The feed particles are introduced into a suspension, the specific gravity of which is between that of the mineral and gangue particles, with the result that particles of higher specific gravity sink while those of lower specific gravity float.5The separator is a cone equipped with a slowly operated stirrer which serves to impart slow rotary motion to the suspension and prevent the suspension from settling out on the walls. Feed is introduced at one point of the circumference and is slowly moved by the rotating motion of the suspension. By the time this material has reached the discharge point on the circumference, those particles whose specific gravity is greater than that of the suspension have moved down through the suspension so that only float particles are discharged at the top, the sink particles are discharged at the bottom.Flotation is used to separate valuable minerals from waste rock or gangue, in which the ground ore is suspended in water and, after chemical treatment, subjected to bubbles of air. The minerals that are to be floated attach to the air bubbles, rise through the suspension, and are removed with the froth that forms on top of the pulp. Froth flotation was first used to recover sulfide minerals that were too fine to be recovered by gravity concentrators such as jigs, tables, and sluices. Froth flotation is also used to concentrate oxide minerals such as hematite (Fe2O3) and pyrolusite (MnO2), and native elements such as sulfur, silver, gold, copper and carbon (both graphite and diamond). Froth flotation is also used to separate the silicate minerals.Lesson 5 Materials Science and EngineeringEmbrace 包括Ceramics 陶瓷Inanimate 无生命的Homogeneous 均匀的Predominate 主导Rigidity 刚性Weldability 可焊性Composite 复合材料Spectrum 种类Brass 黄铜Bronze 青铜Invar 因钢(NiFe) Cement 水泥Ferrite 铁素体Garnet 石榴石PVC 聚氯乙烯Polyethylene 聚乙烯PTFE 聚四氟乙烯Terylene 涤纶nylon 尼龙leather 皮革reinforced 增强dispersion 弥散supersonic 超声波optimum 最优fabrication 人工制作invariable 不变的corrosion 腐蚀fatigue 疲劳assess 评估1. Materials Science“Materials Science” is a subject for engineers of the modern age. It embraces a study of different materials regarding their structures, properties and uses. The “material” here does not refer to all matter in the Universe. If this were so, it would include all the physical sciences and the life sciences form astronomy to zoology. We can restrict the definition only to matter useful to mankind. Even here, the range is too broad for the purposes of the engineer. For example, we can list a large number of things useful, to man, such as food, medicines, explosives, chemicals, water, steel, plastics and concrete, only a few of which qualify as engineering materials. We have then to be more specific, and define materials as that part of inanimate matter that is useful to the engineer in the practice of his profession.1Recently the term, materials refer only to solid materials, even though it is possible to quote a number of examples of liquid and gaseous materials such as sulfuric acid and steam, which are useful to the engineer.The word ‘science’ refers to the physical science, in particular to chemistry and physics. As we confine ourselves mainly to solid in material science, the subject is related to solid state chemistry and solid state physics. The engineering usefulness of the matter under study is always deep in mind. In this respect,material ceramics science comes heavily from the engineering sciences such as metallurgy, and polymer science. These, in their own time, have grown out of their interaction with the basic sciences of chemistry and physics.Therefore, Material Science refers to that branch of applied science concerned with investigating the relationship existing between the structure of materials and their properties, and it concerns with the interdisciplinary study of materials for entirely practical purposes.2 Material science has developed rapidly during the last ten years. The new approach of material science has paid of handsomely in many ways and they have solved the problems in selection of right materials in complex situations.2. Classes of Engineering MaterialsWithin the scope of material science, the engineering materials may be classified in three broad groups according to their mode of occurrence:(1) Metals and alloys(2) Ceramics(3) Organic polymers.A metal is an elemental substance. An alloy is a homogeneous mixture of two or more metals or a metal and nonmetal. Among the solid materials, metals and alloys predominate because of their useful characteristics of hardness, strength, rigidity, formability, machinability, weldability, conductivity and dimensional stability.Ceramics are materials consisting of phases. A phase is a physically separable and chemically homogeneous constituent of a material. These are themselves compounds of metallic and non-metallic elements. All metallic compounds, rocks minerals, glass, glass-fiber, abrasives and all fired clays are ceramics.Organic materials are those materials derived directly from carbon. They usually consist of carbon chemically combined with hydrogen, oxygen or other nonmetallic substances, and their structures are, in many instances, fairly complex. Plastics and synthetic rubbers are common organic engineering materials.Table 1 shows a broad spectrum of engineering materials which shows not only typical examples from each of these three groups but also gives a number of examples of materials which are composite up of two groups.3 In general, in each and every engineering application we find material from all the three basic types of materials described above.Table 1. Some important grouping of materialsSince the engineer must specify the materials for TV sets, computers, suspension bridges, oil refineries, rocket motors, nuclear reactors, or supersonic transports he must have sufficient knowledge to select the optimum material for each application. Although experience provides the engineer with a starting point for selection of materials, the skill of the engineer will be limited unless he understands the factors that contribute to the properties of materials.43. Selection of MaterialsRight type of material is to be selected for a particular type of work. The selections of the right materials for given requirements, the proper use of those materials, development of new ways of using them for greater effectiveness, all are direct responsibility of the engineer.To fulfill this responsibility, the engineer must have a thorough knowledge of the nature and behavior of materials. The study of the nature of materials has its foundation in chemistry and physics and that of behavior of materials involves the application, of the principles of the nature of materials, under the varied conditions found in engineering practice.3 This behavior of materials is determined by composition, structure, service conditions, and the interactions among them. All materials have limitations within whichthey perform well but beyond which they cannot be used satisfactorily.However, the selection of a material for a specific application is invariably a thorough, lengthy, and expensive investigation. Almost always more than one material is suited to the application, and the final selection is a compromise that weights the relative advantages and disadvantages. The varied requirements to three broad demands: (1) Service requirements; (2) Fabrication requirements; (3) Economic requirements.The service requirements have important role in material selection. The material must stand up to service demands. Such demands commonly include dimensional stability, corrosion resistance, adequate strength, hardness, and toughness, heat resistance. In addition to any such basic requirements, other properties may be required such as a low electrical resistance, high or low heat conductivity, fatigue resistance, or others.Fabrication requirements are also to be considered in material selection. It must be possible to shape the material, and to join it to other material. The assessment of fabrication requirements concerns questions of machinability, hardenability, heat treatability, ductility, castability, and weldability, qualities that are sometime quite difficult to assess.Along with the above two requirements, the economic requirements give final shape in material selection. Goods must be produced at lower cost. The object is the minimum over all cost of the component to be made, and this objective is sometimes attained only by increasing one or more of the cost componentsLesson 6 MetallurgyMetallurgy n. 冶金，冶金学Non-ferrous metallurgy 有色冶金学Chlorine metallurgy 氯化冶金学Powder metallurgy 粉末冶金学Extractive metallurgy 提取冶金学Meteoric iron 陨铁Craftsmanship n. 手艺，技能Craftsman n. 技工，工匠Ornamental adj. 装饰用的，观赏的n. 装饰品Metalworking n. 金属加工Ceremonial adj. 正式的，礼仪的，仪式的Decorative adj. 装饰的Decorative arts 装饰艺术Cast n. v. 铸造，铸件Process metallurgy 过程冶金Production metallurgy 生产冶金Physical metallurgy 物理冶金Chemical metallurgy 化学冶金Mechanical metallurgy 机械冶金，力学冶金Unit operation 单元操作Unit process 单元过程Flux n. 熔剂Solvent n. 溶剂Slag n. 渣，炉渣v. 造渣Electrolyte n. 电解质，电解液Depletion n. 用尽，消耗，贫化，提取金属Deposit n. v. 沉积，沉淀，电积Blast furnace 鼓风炉，高炉Crude iron 生铁crystal structure 晶体结构neutron n. 中子diffraction n. 衍射crystal imperfection 晶体缺陷plastic deformation 塑性变形metallography n. 金相学microscopy n. 显微镜学，显微技术forging n. 锻造，锻件blowhole n. 气孔thermodynamics n. 热力学kinetics n. 动力学Steelmaking n. 炼钢Scrape n. 废料Leach v. 浸出，溶出Electrochemical reduction cell 电化学还原电池Inorganic chemistry 无机化学Pyro-metallurgy 火法冶金Hydro-metallurgy 湿法冶金elevated temperature 高温reduce v. 还原reduction n. 还原charcoal n. 木炭，炭spontaneous adj. 天然的，自动的，自发的residue n. 残渣，剩余物，残余物，炉渣roasting n. 焙烧pig iron 粗铁，生铁refine v. n. 精炼，提纯，纯化uranium n. 铀tungsten n. 钨molybdenum n. 钼isolate v. 隔离，隔绝，切断recovery n. 回收，回收率，回复，恢复scope n. 范围，领域，目标revert n. 返料metalloid n. 类金属adj. 类金属的selenium n. 硒tellurium n. 碲amenability n. 可控制性，可处理性adaptability n. 适应性hafnium n. 铪zirconium n. 锆flexibility n. 适应性，灵活性Metallurgy is the science of metallic materials. Metallurgy as a branch of engineering is concerned with the production of metals and alloys, their adaptation to use, and their performance in service. As a science, metallurgy is concerned with the chemical reactions involved in the processes by which metals are produced and the chemical, physical, and mechanical behavior of metallic materials.1Metallurgy has played an important role in the history of civilization. Metals were first produced more than 6000 year age. Because only a few metals, principally gold, silver, copper and meteoric iron, occur in the uncombined state in nature, and then only in small quantities, primitive metallurgists had to discover ways of extracting metals from their ores. Fairly large-scale production of some metals was carried out with technical competence in early Near Eastern and Mediterranean civilizations and in the Middle Ages in central and northern Europe. Basic metallurgical skills were also developed in other parts of the world.The winning of metals would have been of little value without the ability to work them. Great craftsmanship in metalworking developed in early times; the objects produced included jewelry, large ornamental and ceremonial objects, tools and weapons. It may be noted that almost all early materials and techniques that later had important useful applications were discovered and first used in the decorative arts.2 In the Middle Ages metalworking was in the hands of individual or groups of craftsmen. The scale and capabilities of metalworking developed with the growth of industrial organizations. Today’s metallurgical plants supply metals and alloys to the manufacturing and construction industries in many forms such as beams, plates, sheets, bars, wire, and castings. Rapidly developing technologies such as communications, nuclear power, and space exploration continue to demand new techniques of metal production and processing.The field of metallurgy may be divided into process metallurgy, (production metallurgy, extractive metallurgy) and physical metallurgy. According to another system of classification, metallurgy comprises chemical metallurgy, mechanical metallurgy (metal processing and mechanical behavior in service), and physical metallurgy. The more common division into process metallurgy and physical metallurgy, which isadopted here, classifies metal processing as a part of process metallurgy and the mechanical behavior of metals as a part of physical metallurgy.Process metallurgy Process metallurgy, the science and technology used in the productions of metals, employs some of the unit operations and unit processes as chemical engineering. These operations and processes are carried out with ores, concentrates, scrap metals, fuels, fluxes, slag, solvents, and electrolytes. Different metal adopts different combinations of operations and processes, but typically the production of a metal involves two major steps. The first is the production of an impure metal from ore minerals, commonly oxides or sulfides, and the second is the refining of the reduced impure metal, for example, by selective oxidation of impurities or by electrolysis. Process metallurgy is continually challenged by the demand for metals that have not been produced previously or are difficult to produce; by the depletion of the richer and more easily processed ores of the traditional metals; and by the need for metals of greater purity and higher quality. The mining of leaner ores has greatly enhanced the importance of ore dressing methods for enriching raw materials for metal production. Several nonferrous metals are commonly produced from concentrates. Iron ores are also increasingly treated by ore dressing.Process metallurgy today mainly involves large scale operations. A single blast furnace produces crude iron at the rate of 3,00~11,000 tons per day. A basic oxygen furnace for steelmaking consumes 800 tons of pure oxygen together with required amounts of crude iron and scrap to produce 12,000 tons of steel per day. Advanced methods of process analysis and control are now being applied to such processing system. The application of vacuum to extraction and refining processes, the leaching of low-grade ores for the extraction of metals, the use of electrochemical reduction cells, and the refining of reactive metals by processing through the vapor state are other important developments.Because the production of metals employs many different chemical reactions, process metallurgy has been closely associated with inorganic chemistry. Techniques for analyzing ores and metallurgical products originated several centuries ago and represented an early stage of analytical chemistry. Application of physical chemistry to equilibrium and kinetics of metallurgical reactions has led to great progress in metallurgical chemistry.According to temperature at which the process is carried out process metallurgy may be divided into pyrometallurgy and hydrometallurgy. Pyrometallurgy is processes employing chemical reactions at elevated temperatures for the extractions of metals from ores and concentrates. The use of heat to cause reduction of copper ores by charcoal dates from before 3,000 B.C. The techniques of pyrometallurgy have been gradually perfected as knowledge of chemistry has grown and as sources of controlled heating andmaterials of construction for use at high temperature have become available.3Pyrometallurgy is the principal means of metal production.The advantages of high temperature for metallurgical processing are several: chemical reaction rates are rapid, reaction equilibriums change so that processes impossible at low temperature become spontaneous at higher temperature, and production of the metal as liquid or gas facilitates physical separation of metal from residue.4The processes of pyrometallurgy may be divided into preparation processes which convert the raw material to a form suitable for further processing (for example, roasting to convert sulfides to oxides), reduction processes which reduce metallic compounds to metal (the blast furnace which reduces iron oxide to pig iron), and refining processes which remove impurities from crude metal (fractional distillation to remove iron, lead, and cadmium from crude zinc).The complete production scheme, from ore to refined metal, may employ pyrometallurgical processes (steel, lead, tin, zinc), or only the primary extraction processes may be pyrometallurgical, with other methods used for refining (copper, nickel). 5 In some case (uranium, tungsten, molybdenum), isolated pyrometallurgical processes are used in a treatment scheme that is predominately nonpyrometallurgical.Hydrometallurgy is the extraction and recovery of metals from their ores by processes in which aqueous solutions play predominant role. Two distinct processes are involved in hydrometallurgy; putting the metal values in the ore into solution via the operation known as leaching; and recovering the metal values from solution, usually after a suitable solution purification or concentration step, or both. The scope of hydrometallurgy is quite broad and extends beyond the processing of ores to the treatment of metal concentrates, metal scrap and revert materials, and intermediate products in metallurgical processes. Hydrometallurgy enters into the production of practically all nonferrous metals and or metalloids, such as selenium and tellurium.The advantages of hydrometallurgy are applicability to low-grade ores (copper, uranium, gold, silver), amenability to the treatment of materials of quite different compositions and concentrations, adaptability to separation of highly similar materials (hafnium from zirconium), flexibility in terms of the scale of operations, simplified materials handling as compared with pyrometallurgy, and good operational and environmental control.Physical metallurgy investigates the effects of composition and treatment on the structure of metal and the relations of the structure to the properties of metals. Physical metallurgy is also concerned with the engineering applications of scientific principles to the fabrication, mechanical treatment, heat treatment, and service behavior of metals.The structure of metals consists of their crystal structure, which is investigated by x-ray, electron, and neutron diffraction, their microstructure, which is the subject or metallography, and their macrostructure. Crystal imperfections provide mechanisms for processes occurring in solid metals, for example, the movement of dislocations results in plastic deformation. Crystal imperfections are investigated by x-ray diffraction and metallographic methods, especially electron microscopy. The microstructure is determined by the constituent phases and the geometrical arrangement of the microcrystals (grains) formed by those phases. Macrostructure is important in industrial metals. Phase transformations occurring in the solid state underlie many heat-treatment operations. The thermodynamics and kinetics of these transformations are a major concern of physical metallurgy. Physical metallurgy also investigates changes in the structure and properties resulting from mechanical working of metals.Lesson 12 Calcination and RoastingCalcination n. 焙烧，煅烧 calcine 焙砂 Decomposition n. 分解，裂解 Metal hydrate 金属氢氧化物 Carbonate n. 碳酸盐 Basic sulphate 碱式硫酸盐 Rotary kiln 回转窑 Shaft furnace 竖炉 Dead roasting 死烧 Sulphating roasting 硫酸化焙烧 Reduction roasting 还原焙烧 equillibrium constant 平衡常数 kellog diagram 凯洛格相图 predominance n. 优势，优越 predominance area 优势区 partial roasting 部分焙烧 selective roasting 选择性焙烧 chloridizing roast 氯化焙烧 smelt n. v. 熔炼noble adj. 贵重的，惰性的noble metal 惰性金属，贵金属 hypothetical adj. 假定的，有前提的 fume n. 烟气halide n. 卤化物volatilizing roast 挥发焙烧 magnetizing roast 磁化焙烧magnetite n. 磁铁矿flash roaster 闪速焙烧炉,飘悬焙烧炉 inject v. 喷射，喷入fluidise v. 流态化fluidized bed roaster 流态化焙烧炉 burner n. 喷嘴suspend v. 悬浮，漂浮fluo-solids roaster 流化-闪速焙烧炉 matte n. 冰铜，锍reverberatory furnace 反射炉1. CalcinationCalcination involves the chemical decomposition of the mineral and is achieved by heating to above the mineral’s decom position temperature (T D ) or by reducing the partial pressure of the gaseous product (P H 2O , P CO 2) below that of its equilibrium partial pressure for a certain constant temperature.1 For example,CaCO 3 = CaO + CO 2T D = 900℃ (under standard thermodynamic conditions)Calcination is mainly used to remove water, CO 2 and other gases which are chemically bound in metal hydrate and carbonates as these minerals have relatively low decomposition temperatures.2Calcinations are conducted in rotary kilns, shaft furnaces or fluidized bed furnaces.2. Roasting of metal concentratesThe most important roasting reactions are those concerning metal sulfide concentrates and involve chemical combination with the roasting atmosphere.Possible reactions include:MS + 3O 2 = 2MO + 2SO 2 (dead roast)MS + 2O 2 = MSO 4 (sulfating roast)MS + O 2 = M + SO 2 (reduction roast)Other equilibria which need to be taken into account include:(1/2)S 2 + O 2 = SO 2 andSO 2 + (1/2)O 2 = SO 3。
冶金专业英语词汇(A—Z)
♦ A♦安全系数safety factor♦奥氏体austenite♦ B♦拔管机drawbench♦板材plate product♦板料冲压sheet metal parts♦板坯billet♦半成品semifinished product♦半导体元件semiconductor element ♦棒材bar♦贝氏体bainite♦箅条grid♦变速器speed changer♦变速箱gearbox♦变速箱体gearbox casing♦变形deformation♦变形力deforming force♦变压器transformer♦标准件standard component♦表面变形surface deformation♦表面硬化case hardening♦冰晶石cryolite♦剥落spalling♦薄板plate, sheet♦不定积分indefinite integral♦不锈钢stainless steel♦步进电机stepper motor♦布氏硬度brinell hardness♦ C♦残余应力residual stress♦插齿gear shaping♦超声传感器ultrasonic sensor♦车床lathe♦车刀lathe tool♦车架automotive chassis♦车间workshop♦车削turning♦成品finished product♦成型moulding, molding♦成型辊- forming rolls♦尺寸标注size marking♦齿轮gear♦齿轮加工gear machining♦赤铁矿haematite♦齿轮齿条pinion and rack♦冲压stamping, pressing♦重熔 remelting♦出铁 tapping♦出铁口taphole♦初轧方坯bloom♦初轧机blooming mill♦除尘器dust catcher♦除垢descale♦触发器flip-flop♦传动drive, transmission♦床式反射炉 hearth furnace♦吹炬blowlamp♦磁路magnetic circles♦伺服电机actuating motor♦粗糙asperity♦粗钢crude steel♦粗加工rough machining♦脆性brittleness♦脆性材料brittleness material♦淬火hardening; quench, quenching♦淬火层quench hardened case ; quenched case♦淬火冷却quench♦淬火深度hardness penetration; depth of hardening ♦淬水hardening♦淬透性hardenability; hardening capacity♦ D♦打桩锤pile hammer♦带状薄板coiled sheet♦挡板orifice plate; baffle plate♦刀尖nose of tool♦刀具cutter♦导轨lead rail♦导数differential coefficient♦导卫板fore plate♦倒角rounding chamfer♦低碳钢mild steel, soft steel♦电动机electromotor♦电镀plating♦电工钢electric steel♦电弧焊arc welding♦电化学腐蚀electrochemical corrosion♦电火花加工electric spark machining♦电火花线切割加工electrical discharge wire - cutting ♦电解electrolysis♦电路circuit♦电冶金学electrometallurgy♦垫圈washer♦定积分definite integral♦定径辊size rolls♦定位allocation♦定义域definitional domain♦锭模ingot mould♦动力学dynamic♦动量momentum♦动能kinetic energy♦锻钢forged steel; hammered steel; wrought steel♦煅烧calcination♦锻造forging♦断裂fracture♦ E♦二阶行列式second order determinant♦ F♦发黑black oxide coating♦发生器generator♦阀门valve♦钒vanadium♦反馈feedback♦反射炉 reverberatory furnace♦反应罐retort♦范成法generation method♦放渣口slag tap♦废铁scrap iron♦分析力学analyse mechanics♦粉化 pulverization♦粉末冶金学powder metallurgy♦风口tuyere, nozzle♦浮选 floatation, flotation♦腐蚀rust♦G♦概率probability♦坩埚钢cast steel感应淬火impedance matching；induction hardening ♦钢steel♦钢厂steelworks, steel mill♦钢带metal strip, metal band♦钢锭steel ingot♦刚度rigidity♦刚度准则rigidity criterion♦钢坯billet♦钢铁工业iron and steel industry♦高铬辊high chromium roll♦高铬滚轮high chromium wheel♦高铬合金轧辊high chromium alloy roll♦高速钢high-speed steel♦镉cadmium♦铬chromium♦功率power♦工程技术人员engineer♦工件workpiece♦攻丝tap♦工业造型设计industrial moulding design♦工作层working face; working lining♦汞齐化amalgamation♦共轭曲线conjugate curve♦鼓风炉blast furnace♦固溶处理solution treatment♦固溶体solid solution♦固态相变solid state phase changes♦光谱分析spectrum analysis♦硅silicon♦辊roller♦滚齿hobbing♦滚动轴承rolling bearing♦过盈配合interference fit♦H♦含碳量carbon content♦焊weld♦焊接钢管welded steel pipe，welded steel tube，welding steel tube ♦合成进给运动resultant movement of feed♦合成切削运动resultant movement of cutting♦合成切削运动方向direction of resultant movement of cutting♦合成纤维synthetic fibre♦合金alloy♦合金钢alloy steel♦合金化alloyage; alloying♦宏观硬度macro hardness♦后角clearance angle♦滑动轴承sliding bearing♦划痕scuffing♦化铁炉cupola♦画法几何descriptive geometry♦还原reduction♦黄铜brass♦回火temper♦I♦J♦机床machine tool♦机床夹具jig♦机加工machining♦机械加工余量machining allowance♦机械零件mechanical parts♦机械能守恒conservation of mechanical energy♦机械制图mechanical drawing♦基体matrix♦基体硬度matrix hardness♦基准benchmark♦集成电路integrate circuit♦几何形状geometrical♦挤压extrusion♦挤压辊squeeze roll; squeezing roller♦技术要求technical requirements♦加工machining, tooling♦加工中心machining center♦加热heating♦夹砂sonim♦夹杂物inclusion♦夹渣cinder inclusion♦剪切shear♦键spline♦交流电路AC circuit♦焦炭coke♦角钢angle iron♦绞孔fraising♦绞刀reamer♦搅炼puddling♦搅炼熟铁puddled iron♦矫直straighten♦结合剂bonding agent♦截面section♦介质medium♦金属工艺学technology of metals♦金属切削metal cutting♦金相试验metallographic test♦金相组织metallurgical structure; metallographic structure ♦进给方向direction of feed♦进给运动feed movement♦进行退火process anneal♦精度precision♦精加工finish machining♦晶格lattice♦晶粒grain♦晶粒度grain size♦精炼refining♦精炼炉 refining furnace♦卷扬机hoist♦K♦卡盘chuck♦可编程序逻辑控制器Programmable Logic Controller PLC ♦可靠性reliability♦可倾式混铁炉tilting mixer♦空冷air cooling♦孔加工spot facing machining♦L♦拉拔drawing♦拉床broaching machine♦拉孔broaching♦拉模板drawplate♦拉模铸造die casting♦拉伸pulling♦拉伸强度tensile strength♦拉伸试验tensile test♦拉丝wiredrawing♦拉丝机drawbench♦冷加工cold machining♦冷却cooling♦冷弯形钢cold bending shape steel♦冷作模具钢cold-work die steel♦离合器clutch♦离散信号discrete signal♦联结link♦联轴器coupling♦链chain♦炼焦coking♦炼焦厂coking plant♦料车skip♦料斗hopper, chute♦裂纹crack♦磷phosphor; phosphorus♦零件图part drawing♦硫sulfur; sulphur♦流体动力学fluid dynamics♦流体力学fluid mechanics♦炉底hearth♦炉顶 roof, arch♦炉腹bosh♦炉缸crucible♦炉口mouth, throat♦炉冷furnace cooling♦炉料charging♦炉身stack♦逻辑代数logic algebra♦逻辑电路logic circuit♦螺钉screw♦螺纹thread♦螺纹加工thread processing♦螺旋helix♦洛氏硬度rockwell hardness♦落差fall♦落锤 drop hammer♦铝 alumina♦M♦马弗炉muffle♦马口铁tinplate, tin♦马氏体martensite♦脉冲波形pulse shape♦脉石 gangue♦毛坯rough♦煤气净化器gas purifier♦门电路gate circuit♦锰manganese♦摩擦friction♦磨床grinder♦磨粒abrasive particle♦磨损wear; galling; abrasion; attrition;♦磨屑abrasive dust♦钼molybdenum♦N♦耐火砖衬firebrick lining♦耐磨wear resistance; antifriction♦耐磨性wear resistance; wear properties♦耐热heat resistance♦耐热钢heat resistance steel; refractory steel ♦耐热铁铸件heat resistance iron casting♦耐用度durability♦挠度deflection♦内力internal force♦内圆磨削internal grinding♦逆矩阵inverse matrix♦粘钢dead burning♦镍铬恒弹性钢elinvar♦镍铁ferronickel♦扭力torsion♦扭转twist♦O♦P♦排空装置emptier♦喷钢砂（处理）grit blasting♦喷砂（处理）sand blasting♦喷丸（处理）shot blasting♦坯锭billet♦疲劳极限fatigue limit♦皮带strap♦偏微分partial differential♦偏析segregation♦频率特性frequency characteristic♦平面磨削plane grinding♦平台floor♦破碎机 crusher♦剖视图profile chart♦Q♦汽缸cylinder♦气动夹紧pneuma lock♦气孔 blowhole; pore♦气体状态方程equation of state of gas♦气压air pressure; pneumatic pressure♦千分尺micrometer calipers♦前角rake angle♦前刀面rake face♦钳工locksmith♦强度intensity♦强韧性obdurability♦切线tangent♦切削深度cutting depth♦清理焊缝trimming♦青铜bronze♦求导derivation♦球墨铸铁nodular cast iron; ductile cast iron ♦屈服强度yield strength♦屈氏体troostite♦曲柄crank♦曲率curvature♦R♦热处理heat treatment; thermal treatment ♦热加工hot-work♦热交换器heat exchanger♦热强钢refractory steel♦熔剂flux♦熔炼fusion, melting, smelting♦蠕变creep♦软钢mild steel, soft steel♦S♦三相交流电three-phase AC(alternating current) ♦砂轮grinding wheel♦烧结fritting, sintering♦烧嘴burner♦摄像头CCD camera♦渗氮nitriding♦渗碳体 cementite；iron carbide♦渗碳carburization♦生铁 pig iron♦失效invalidation♦十字结联轴节crosshead♦石灰石溶剂 limestone flux♦时效处理aging treatment♦使用寿命service life♦视图view♦势能potential energy♦试样test specimen♦熟铁wrought iron♦数模digital analogy♦数学模型mathematical model♦竖炉shaft furnace♦丝杠screw rod♦酸洗pickling♦塑性变形plastic distortion♦随机变量random variable♦随机信号random signal♦缩孔shrinkage♦索氏体sorbite♦T♦弹簧spring♦弹塑性elasto plasticity♦弹性elasticity♦碳化铁 cementite♦碳化物carbide♦镗床boring machine♦陶瓷ceramics♦套筒sleeve♦剃边shavings♦调质hardening and tempering♦铁厂ironworks♦铁醇盐ferrite♦铁带 metal strip, metal band♦铁锭iron ingot♦铁钒土bauxite♦铁水包ladle♦铁水沟trough♦铁素体ferrite♦铁氧体 ferrite♦铁制品ferrous products♦投影projection♦凸轮cam♦退火annealing；anneal♦脱碳decarbonization, decarburization♦U♦V♦W♦瓦垅薄钢板corrugated iron♦外圆磨削external grinding♦弯曲应力bending stress♦微分differential coefficient♦维氏硬度vickers hardness, diamond pyramid hardness ♦位移displacement♦稳定性stability♦涡轮压缩机turbocompressor♦蜗杆蜗轮worm and worm gear♦钨tungsten♦无缝钢管seamless steel pipe, seamless steel tube♦误差error♦雾化pulverization♦X♦析出separate out♦洗涤塔washer♦夏氏冲击试验charpy impact test♦显微硬度micro hardness♦线材wire♦线性方程组linear equations♦铣床milling machine♦铣刀milling cutter♦铣削milling♦响应response♦相图phase diagram♦销pin♦消除残余应力relaxation of residual stress♦斜齿圆柱齿轮helical-spur gear♦芯部core segment♦型材section♦型钢profiled bar♦虚约束passive constraint♦蓄热室regenerator♦悬架suspension♦压锻 press♦压模stamping♦压缩hitting; compress♦压缩机compressor♦延伸率elongation♦氧化oxidation♦氮化物nitride♦氧化皮scale♦氧炔焊autogenous welding,fusion welding ♦摇杆rocker♦液压hydraulic pressure♦液压泵hydraulic pump♦液压传动机构fluid drive mechanism♦液压驱动泵fluid clutch♦冶金行业Metallurgical Industry♦一次碳化物primary carbide♦异步(感应)电动机asynchronous motor ♦异型钢材profiled bar♦应力stress♦应力释放stress relief♦硬度hardness；rigidity♦硬度计hardness tester♦硬钢hard steel♦优化设计optimal design♦游标卡尺slide caliper♦油冷oil cooling♦有色金属nonferrous metal♦有限元finite element♦余子式cofactor♦预热preheating♦原料stock; material♦圆铁round iron♦运动简图kinematic sketch♦运动学kinematics♦Z♦载荷load♦造渣slagging, scorification♦轧钢rolling steel♦轧钢机rolling mill♦轧机rolling mill♦轧机机架rolling-mill housing♦轧制 rolling♦正火normalizing♦正弦形的sinusoid♦直齿圆柱齿轮straight toothed spur gear ♦直齿锥齿轮straight bevel gear♦直缝straight stitch♦直缝焊管butt welded pipe ;butt welded tube ;straight welded tubing ♦直流电源DC electrical source♦值域range♦制动器arrester♦制模patternmaking♦轴shaft♦轴线axes♦珠光体perlite; pearlite♦主运动main movement♦主运动方向direction of main movement♦主轴spindle♦主轴箱headstock♦注入to insufflate, to inject♦铸床pig bed♦铸钢cast steel; moulded steel♦铸模mould♦铸铁cast iron♦铸铁锭cast iron ingot♦铸造casting; found♦铸造车间foundry♦转向器redirector♦转炉converter♦装料 charging, loading♦装料机charger♦装配assembling♦装配图assembly drawing♦组件subassembly♦钻床drill machine♦钻削bore。
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Words and Expressionsextractive [iks'træktiv] 提取的，萃取的refine [ri'fain] 精炼metallurgy [me'tælədʒi] 冶金，冶金学ingot [ˈɪŋgət] 铸锭concentrate [ˈkɔnsəntreit] 精选，富集，精矿fabricate [ˈfæbrikeit] 加工，制作gangue [gæŋ] 脉石deposit [diˈpɔzit] 沉积，矿床mineral [ˈminərəl] dressing 选矿flotation [fləuˈteiʃən] 浮选pyrometallurgy [ˌpairəumeˈtælədʒi] 火法冶金manganese .[ˈmæŋgəˌni:z] 锰hydrometallurgy [ˌhaidrəumeˈtælə:dʒi] 湿法冶金aluminium [ˌælju:ˈminjəm] 铝electrometallurgy [iˌlektrəumeˈtælədʒi] 电冶金electrolysis .[ɪlekˈtrɔlɪsɪs] 电解beneficiation [ˈbeniˌfiʃiˈeiʃən] 选矿，矿物处理suffice .[səˈfais] 足够，满足……的需要mercury sulphide [ˈmə:kjuri] [ˈsʌlfaɪd] 硫化汞magnesium [mægˈni:zi:əm] 镁non-ferrous [ˈferəs] metals 有色金属by products 副产品impurity [ɪmˈpjʊərɪti:] 杂质distillation [ˌdɪstəˈleɪʃən] 蒸馏oxidation [ˌɔksɪˈdeɪʃən] 氧化volatile [ˈvɔlətail] 蒸馏mercury [ˈmə:kjuri] 汞cadmium [ˈkædmiəm] 镉melting point 熔点titanium [taɪˈteɪni:əm] 钛zirconium .[zə:ˈkəuniəm] 锆chromium [ˈkrəʊmi:əm] 铬niobium [naiˈəubiəm] 铌molybdenum [məˈlibdinəm] 钼molten [ˈməʊltən] 熔融的refractory [rɪˈfræktəri:] 难熔的crucible [ˈkr u:sibl] 坩埚oxygen [ˈɔksidʒən] 氧nitrogen [ˈnaitrədʒən] 氮slag [slæg] 渣electromotive series [ilektrəuˈməutiv] [ˈsiəri:z] 电化序reducing agent [riˈdju:siŋ] [ˈeidʒənt] 还原剂roast [rəust] 焙烧smelt [smelt] 熔炼convert [kənˈvə:t] 吹炼aqueous [ˈeikwiəs] solution 水溶液trace back 追溯到concern with 与……有关by means of 用，依靠organic [ɔ:ˈgænik] 有机的vacuum [ˈvækjuəm] 真空conventional [kənˈvenʃənl] 常规的，传统的inorganic [ˌɪnɔ:ˈgænɪk] 无机的alchemist [ˈælkimist] 炼金术imminent [ˈiminənt] 即将发生的depletion [dɪˈpli:ʃən] 消耗，枯竭lean [li:n] ore 贫矿discard [disˈka:d] 废弃，丢弃manganese nodule [ˈnɔdʒu:l] 锰结核dust [dʌst] 烟尘matte [mæt] 冰铜锍speiss [spais] 黄渣sludge [slʌdʒ] 污泥burgeoning [ˈbə:dʒəniŋ] 新兴的recycling [ri:ˈsaikliŋ] 回收，循环assess [əˈses] 估计，评价alleviate [əˈli:vieit] 减轻，缓和rare metal 稀土金属associate [əˈsəuʃieit] with 联系，与……交往flowsheet [fləuˈʃi:t] 流程图relegate [ˈreligeit] 把……置于次要地位panacea [ˌpænəˈsi:ə] 万灵药complementary [ˌkɔmpləˈmentəri] 互补的revenue [ˈrevənju:] 收入hafnium [ˈhæfniəm] 铪mint [mint] 铸造furnace [ˈfə:nis] 炉子atmospheric [ˌætməˈsferɪk] 大气的disposal [disˈpəuzəl] 处置，处理matte smelting造锍熔炼converting [kənˈvə:tiŋ] 吹炼sulphide [ˈsʌlfaɪd] 硫化物blast [bla:st] furnace 鼓风炉，高炉silica [ˈsilikə] 二氧化硅alumina [əˈlju:minə] 氧化铝calcium [ˈkælsiəm] 钙phosphorus.[ˈfɔsfərəs] 磷sulphur [ˈsʌlfə] 硫interface [ˈintəfeis] 界面reverberatory.[riˈvə:bərətəri] furnace反射炉lime [laɪm] 石灰refractory [rɪˈfræktəri:] 难熔的thermal [ˈθə:məl] barrier [ˈbæriə] 隔热层quartz [kwɔ:ts] 石英iron [ˈaiən] 铁liquidus [ˈlikwidəs] 液相线viscosity [vɪˈskɔsɪti:] 黏度specific [spiˈsifik] gravity [ˈgræviti]比重dissolve [diˈzɔlv] 溶解orthosilicate [ˌɔ:θəˈsiləkeit] 正硅酸盐acidic [əˈsɪdɪk] 酸性的neutralization [ˌnju:trəlaiˈzeiʃən] 中和anion [ˈænaiən] 阴离子pentoxide [ˌpenˈtɔksaid] 五氧化物phosphorus pentoxide 五氧化二磷molecule [ˈmɔlikju:l] 分子polymer [ˈpɔləmə] 聚合物，聚合的basicity [bəˈsisiti] 碱度neutral [ˈnju:trəl] 中性的equilibrium [ˌi:kwəˈlɪbri:əm] 平衡ionic [aiˈɔnik] 离子的undissociated [ˈʌndiˈsəuʃieitid] 未离解的desulphurize [di:ˈsʌlfəraiz] 脱硫cation [ˈkætaiən] 阳离子fluorspar [ˈflu(:)əspa:] 氟石synthetic [sin'θetik]人造的silicate ['silikit] 硅酸盐resin ['rezin] 树脂cuprammoniumrayon铜氨纤维brass [brɑ:s] 黄铜electroplate [i'lektrəu'pleit] 电镀uranium [juəˈreiniəm] 铀sorption. ['sɔ:pʃən] 吸附saturated ['sætʃəreitid] 饱和的effluent ['efluənt] 污水elution [iˈlju: ʃən]洗涤vanadium [və'neidiəm] 钒platinum ['plætinəm] 铂ion exchange 离子交换solvent extraction 溶剂萃取agitation [ˌædʒi'teiʃən] 搅拌immiscible [i'misəbl] 不互溶的stripped solvent反萃剂contaminant [kən'tæmənənt]污染物extractant [iks'træktənt]萃取剂alkali ['ælkəlai] 碱hydrolyze ['haidrəlaiz] 使水解derivative [di'rivətiv]衍生物chelate ['ki:leit] 螯合的chelating compound螯合物reagent [ri:'eidʒənt] 试剂kerosene ['kerəsi:n] 煤油perforated ['pə:fəreitid] 多孔的chalcocite ['kælkəsait] 辉铜矿covellite [kəu'velait] 铜蓝chalcopyrite [ˌkælkə'pairait] 黄铜矿bornite ['bɔ:nait] 斑铜矿pyrite [pairait] 黄铁矿cuprite ['kju:prait] 赤铜矿tenorite ['tenərait] 黑铜矿coke [kəuk] 焦炭exhaust [ig'zɔ:st] 耗尽pulverize ['pʌlvəraiz] 粉碎negative ['negətiv] 负的flux [flʌks] 助熔剂hearth [hɑ:θ] 炉床horizontal [ˌhɔri'zɔntl] 水平的boiler ['bɔilə] 锅炉siliceous [si'liʃəs] 硅酸的cast [kɑ:st] 浇铸roughen ['rʌfən] 粗糙blister ['blistə] copper 泡铜anode ['ænəud] 阳极electrolytic tank [tæŋk] 电解槽cathode ['kæθəud] 阴极electrolyte [i'lektrəu,lait] 电解质contaminate [kən'tæmineit] 使不纯soluble ['sɔljubl] 可溶的selenium [si'li:niəm] 硒tellurium [te'ljuəriəm] 碲arsenic ['ɑ:sənik] 砷hydrocarbon ['haidrəu'kɑ:bən] 碳氢化合物anode refining 阳极精炼agitate ['ædʒiteit] 搅动eutectic [ju:'tektik] 共晶体dilute [dai'lju:t] sulfuric [sʌl'fju:rik] acid 稀硫酸precipitation [priˌsipi'teiʃən] 沉淀sponge [spʌndʒ] 海绵cement [si'ment] 水泥，胶状材料preheat [pri:'hi:t] 预热calamine ['kæləmain]异极矿blende [blend]闪锌矿arsenic['ɑ:sənik]砷antimony['æntiməni]锑tin[tin]锡indium['indiəm]铟germanium[dʒə:'meiniəm]锗gallium['gæliəm]镓fluidize ['flu:ədaiz]使流化electrostatic[i'lektrəu'stætik]静电marmatite['mɑ: mətait]铁闪锌矿carbonate ['kɑ:bəneit] 碳酸盐combustion [kəm'bʌstʃən] 燃烧volatilize['vɔlətilaiz] 挥发concomitantly [kən'kɔmitənt] 伴生的blend [blend]掺和,混合,掺和物sphalerite ['sfælərait]闪锌矿smithsonite ['smiθsənait]菱锌矿zinc [ziŋk]锌zinc pyrite 锌黄铁矿zincite ['ziŋkait]氧化锌，红锌矿，ZnO vertical retort process 竖罐炼锌tuyere [twi:'jɛə] (冶金炉）风口，风眼briquet [bri'ket]团块，坯块，制团galvanizing ['gælvənaiz]镀锌petzite['petˌsait]碲金银矿cyanide ['saiənaid]氰化物deaerated [di:'ɛəreit]使气泡除去telluride ['teljuraid]碲化物nugget['nʌgit]天然金矿，矿块calaverite[kælə'vɛərait]碲金矿sylvanite['silvəˌnait]针碲金（银）矿tailing['teiliŋ]矿渣filtration[fil'treiʃən]过滤scum[skʌm]浮渣granular['grænjulə]粒状的percolation[ˌpə:kə'leiʃən]过滤amalgamation[əˌmælgə'meiʃən]融合，合并container [kən'teinə] 容器packaging ['pækidʒiŋ] 包装，包装物bauxite ['bɔ:ksait] 铝碱土，铝土矿electrical conductor 导电体hydrate ['haidreit] 氢氧化物，水合物titania [tai'teiniə] 二氧化钛，氧化钛anhydrous [æn'haidrəs] 无水的reserve [ri'zə:v] 储备物，储藏量exclusively [iks'klu:sivli] 排外的，专有的distinct [dis'tiŋkt] 清楚的，明显的digest [dai'dʒest] 浸煮蒸煮，煮解caustic ['kɔ:stik] 腐蚀性的，苛性的soda ['səudə] 碳酸水，纯碱，氢氧化钠residue ['rezidju:] 剩余物，残余，残渣filtration [fil'treiʃən] 过滤，筛选liquor ['likə] 液体，母液be seeded with做孕育处理，使孕育crystal ['kristl] 晶体，结晶，水晶trihydrate [trai'haidreit] 三水合物alumina trihydrate 氢氧化铝reverse [ri'və:s] 颠倒，倒转，倒退precipitate [pri'sipiteit] 使沉淀，沉淀conductor [kən'dʌktə] 导体cryolite ['kraiəlait] 冰晶石additive ['æditiv] 添加剂cell [sel] 电解槽，小房间probable ['prɔbəbl] 很可能的，大概的dissociate [di'səuʃieit] 分解，游离，chloride ['klɔ:raid] 氯化物sodium ['səudiəm] 钠petroleum [pi'trəuliəm] 石油tar [tɑ:] 焦油，柏油pitch [pitʃ] 沥青柏油coal tar pitch 煤焦油沥青purification [ˌpjurifi'keiʃən] 净化，提纯，精致blow-off 排出，喷出digestion [di'dʒestʃən] 溶解，溶出，煮解robot ['rəubɔt] 机器人，遥控设备preferentially [ˌprefə'renʃəli] 先取的，优先的clarify ['klærifai] 澄清，使纯净sedimentation [ˌsedimən'teiʃən] 沉淀，沉降inherent [in'hiərənt] 固有的，内在的supersaturate [su:pə'sætʃəreit] 使过度饱和excess [ik'ses] 多余的，额外的exploit ['eksplɔit] 利用，使用，开发，开采slurry ['slə:ri] 不溶解物的悬浮液sand [sænd] 除沙槽coarse [kɔ:s] 粗的，粗糙的fraction ['frækʃən] 小部分，微量tank [tæŋk] 槽，箱，桶filter ['filtə] 过滤器，滤光器pressure ['preʃə] 压力过滤器gibbsite ['gibsait] 水铝矿，铝土矿green [gri:n] 未加工的，湿的socket ['sɔkit] 穴，孔，插座modify ['mɔdifai] 调节，限制crust [krʌst] 外壳，硬壳interfacial tension 界面张力interfacial [ˌintə'feiʃəl] 界面的，分界面的holding ['həuldiŋ] 保温炉tension ['tenʃən] 压力，张力，牵力siphon ['saifən] 用虹管吸收dilute [dai'lju:t] 冲淡，稀释hooded ['hudid] 有罩盖的，带头巾的potline ['pɔtlain] 制铝用的电解槽系列crane [krein] 起重机commensurate [kə'menʃərit] 相当的，相称的assist [ə'sist] 帮助，辅助manipulate [mə'nipjuleit] 熟练的操作使用cable ['keibl] 钢丝绳，缆索be commensurate with 与什么相当，与什么相称weld [weld]焊接combustion chamber 燃烧室checkerwork 格式装置,砌砖格checker mass 蓄热室burner ['bə:nə]燃烧器air stream 风流，空气流pack [pæk] 填塞，塞满checker brick 格子砖volume ratio 体积比，容积比checker chamber 蓄热室flue [flu:] 烟道，通气管on blast 送风，鼓风natural gas天然气coke oven ['ʌvən] 焦炉compress [kəm'pres] 压缩bypass 绕过，使通过…旁道valve[vælv] 阀门mixervalve 混风阀turbulent ['tə:bjulənt] 涡旋的，狂暴的exhaust [ig'zɔ:st] 排气chimney['tʃimni]废气dome[dəum] 圆顶，圆屋顶preset[pri:'set] 事先调整，预调backdraft 到转，逆通风creep [kri:p]蠕变，蠕动creep-resistant 抗蠕变的thermal['θə:məl]热的，热量的skinwall隔墙specification [ˌspesifi'keiʃən] 规格，技术要求automation [ˌɔ:tə'meiʃən] 自动控制，自动操作contamination [kənˌtæmi'neiʃən] 污染，污染物direct reduced iron（DRI）直接还原铁methane ['meθein] 甲烷，沼气carbon monoxide [mɔ'nɔksaid] 一氧化碳descend [di'send] 下来，下降scarce [skɛəs] 缺乏的，不足的uniform ['ju:nifɔ:m] 均匀的，均质的go into production 投产gas reformer [ri'fɔ:mə] 气体转化炉gravity['græviti] 重力discharge [dis'tʃɑ:dʒ] 排出，流出seal [si:l] legs 料封管bustle ['bʌsl] pipe 环形风管counter current 相反的，逆流charge solid 固体炉料gravity feed 重力给料outlet ['autlet] 出口，出路burden ['bə:dn] 炉料，配料scrubber ['skrʌbə] 气体洗涤器recompress 再压缩preheat [pri:'hi:t] 预热pipe 以管输送reformer tube 重整管catalyst ['kætəlist] 催化剂，触媒recycle [ri:'saikl] 使再循环，反复使用sponge [spʌndʒ] iron 海绵铁porosity [pɔ:'rɔsiti] 多孔性，有孔性lime shell [ʃel] 石灰涂层passivation [ˌpæsi'veiʃən] 钝化water glass 水玻璃（硅酸钠）subdivide ['sʌbdi'vaid] 再分，细分gasifier ['gæsifaiə] 汽化器，燃气发生炉outlet pipe 流出管，排出管melter gasifier 熔融汽化炉iron bath reactor 铁浴反应炉briquette [bri'ket] 压块magnesite ['mægnəsait] 菱镁矿jet [dʒet] 射流，气流tray [trei] 底板，托架charge [tʃɑ:dʒ]装料，装满penetrate['penitreit]穿透，渗透splash [splæʃ] 飞溅，斑点circulation [ˌsə:kju'leiʃən] 循环，流通pouring['pɔ: riŋ]钢包evolution [ˌi:və'lu:ʃən]放出（气体），形成tapping hole 出钢口free running slag 易流动渣rim [rim] 边，轮缘tap-to-tap [tæp] time 出钢时间filling ['filiŋ] 装料duration [dju'reiʃən] of a heat 冶炼（一炉）时间The L D practice氧气顶吹转炉工艺。