ice theory

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A-Clean--Well-Lighted-Place

A-Clean--Well-Lighted-Place

What are their different opinions about a café and a bodega/a bar?
In his opinion, a café was "clean, welllighted" while a bodega was dirty, noisy and unpleasant.
The Iceberg Theory (also known as the "theory of omission") is the writing style of American writer Ernest Hemingway. Hemingway began his writing career as a reporter. Journalistic writing, particularly for newspapers, focuses only on events being reported, omitting superfluous and extraneous matter. When he became a writer of short stories, he retained this minimalistic style, focusing on surface elements without explicitly discussing the underlying themes. Hemingway believed the true meaning of a piece of writing should not be evident from the surface story, rather, the crux of the story lies below the surface and should be allowed to shine through. Critics such as Jackson Benson claim that his iceberg theory, in combination with his distinctive clarity of writing, functioned as a means to distance himself from the characters he created.

BCS理论(BCS—“Bardeen,Cooper,Schrieffer”theory)物理中学百科

BCS理论(BCS—“Bardeen,Cooper,Schrieffer”theory)物理中学百科

BCS理论(BCS—“Bardeen,Cooper,Schrieffer”theory)物理中学百科人才源自知识,而知识的获得跟广泛的阅读积累是密不可分的。

古人有书中自有颜如玉之说。

杜甫所提倡的读书破万卷, 下笔如有神等,无不强调了多读书广集益的好处。

这篇BCS理论(BCSBardeen,Cooper,Schrieffertheory)物理中学百科,希望可以加强你的基础。

BCS理论(BCSBardeen,Cooper,Schrieffertheory)BCS理论(BCSBardeen,Cooper,Schrieffertheory)这是美国物理学家巴丁(J.Bardeen),库珀(L.N.Cooper)和徐瑞弗(J.R.Schrieffer)(简称BCS)于1957年提出的、后为公认的超导电性微观理论,用电-声子机制解释了超导电性的成因和一系列物性,为此,他们于1972年获得诺贝尔物理学奖。

他们指出,晶体中电子和声子间的相互作用是基础,并对超导电性起主要作用,这个基础即电-声子机制的所在。

当有关电子态间的能量差小于声子能量`hbaromega`时,电子间由于交换虚声子所产生的相互作用是吸引的,这种吸引超过电子间排斥的屏蔽库仑作用时仍有净的有效吸引,这就有利于形成超导相,且在费米面(海)附近形成束缚的库珀电子对时(参见库珀电子对),电子间具有最强的净吸引力。

按此,晶体电子系统由BCS理论给出的对近似配对哈密顿(BCS哈密顿)可表示为:$fr{H}=sum_{bb{K}sigma}epsilon_bb{K}n_{bb{K}sigma}-sum_{bb{KK'}}$VKK'CK C-KC-KCK',而BCS基态波函数|〉0=$prod_bb{K}$(uK vKCK C-K |0〉式中K,分别为电子的波矢和自旋,,为两个相反方向自旋,K是以费米面为零点的电子动能,nK=CK CK为粒子数算符,C 和C分别为产生和湮灭算符,VKK'0表示为净相互作用吸引势矩阵元,|0〉为真空态,uK和vK分别表示对态(K,-K)空着的和占有的概率振幅,并由|〉0的归一化要求给出uK2vK2=1,且有:$u_bb{K}^2=1/2(1 frac{epsilon_bb{K}}{E_bb{K}})$$v_bb{K}^2=1/2(1-frac{epsilon_bb{K}}{E_bb{K}})$这里,$E_bb{K}=(epsilon_bb{K}^2 Delta^2)^{1/2}$为准粒子(正常电子)能量,也称激发能,其对应的态称激发态,(T)为与温度T有关的能隙参量,同时系统在T=0K时的基态能量为:$E_s(0)=sum_bb{K}[epsilon_bb{K}-(epsilon_bb{K} Delta^2(0))^{1/2}]$$ frac{Delta^2(0)}{V}$这里用了常量(平均)近似VKK'=V,而$fr{H}$中的V包括电-声子吸引相互作用势Vph和屏蔽库仑排斥的相互作用势(-Vc)。

精益生产丰田问题解决办法

精益生产丰田问题解决办法

目标:移印区零不良 Target: Zero defect in printing area
11
内容介绍 Content Introduction
(1)头脑风暴,分析所有可能导致原因 Brainstorm to analyze all possible causes (2)征求现场作业者的意见,查看问题发生点 Get input from job performers and check the process (3)选取最具可能性的问题导致原因 Select the most likely causes (4)创建“原因”和“结果”分析链 Create “why chain” apply “therefore” test
移印不良(10) Printing failure 首要问题 PP 调油墨 Blend the printing inc
组件错误 (3) HW failure
标签错误(5) Label failure
包装盒错误(2) Box failure
安装印版 Install the plate
安装移印头 Install the head
1. 澄清问题 Clarify the problem 2. 分解问题 Break down the problem
P
3. 设定目标 Target setting
4. 根源分析 Root cause analysis
5. 制定对策 Develop countermeasures 6. 分析对策 See countermeasures through
将大问题分解成小的更具体的问题 Break the big problem into small and specific problems 将问题进行分类并进行轻重标识 Classify and quantify the problems 将问题进行描述并指出问题发生点 Describe the PP and find the PoO 如果不能正确描述问题,也就无法正确解决问题 If you can’t describe the PP correctively, you can’t resolve the PP correctively.

计划行为理论模型

计划行为理论模型

计划行为理论模型计划行为理论(Theory of Planned Behavior,简称TPB)是社会心理学领域中的一种行为预测模型,旨在解释人们行为背后的动机和意图。

该理论由艾斯贝兰德(Icek Ajzen)在1985年提出,并在之后的研究中得到了广泛应用和验证。

TPB认为,人们的行为受到他们的态度、主观规范和知觉行为控制的影响,这三者共同决定了一个人的行为意图,进而影响其实际行为。

首先,TPB强调了个体对行为的态度。

这里的态度不仅仅指个体对于行为本身的看法,还包括了对行为结果的期望和对行为过程的评价。

例如,一个人对于健康饮食的态度可能包括了认为健康饮食有益身体健康、能够控制体重、美味可口等方面的看法。

这些态度会影响个体对于采取健康饮食行为的意愿和决定。

其次,TPB强调了主观规范对行为的影响。

主观规范是指个体所处的社会环境对于他们行为的期望和压力。

例如,一个人的家人、朋友、同事可能会对他们的饮食习惯提出建议或者施加压力,这些社会压力会影响个体对于行为的态度和意图。

最后,TPB提出了知觉行为控制对行为的影响。

知觉行为控制是指个体对于自己能够控制和实施某一行为的信念。

如果一个人认为自己有能力控制和实施健康饮食行为,那么他就更有可能采取这一行为。

而如果一个人认为自己无法控制或者实施某一行为,那么他就会更加倾向于放弃这一行为。

总的来说,TPB认为个体的行为意图是受到态度、主观规范和知觉行为控制的共同影响的。

这三者共同决定了一个人的行为意图,进而影响其实际行为。

在实际应用中,研究者可以通过对这三者的测量和分析,来预测和解释个体的特定行为,从而为行为干预和改变提供理论基础和实践指导。

除了上述三个要素之外,TPB还强调了行为意图和实际行为之间的关系。

在TPB中,行为意图被认为是实际行为的直接前驱,即一个人的行为意图越强,他实际采取这一行为的可能性就越大。

因此,研究者可以通过对个体行为意图的测量和分析,来预测和解释其实际行为,为行为干预和改变提供理论依据。

第五章熵原理-张学文

第五章熵原理-张学文

第五章熵原理第一、二两章我们重点是引出分布函数这个概念和它在气象领域的重要事例,这些都可以在不理会熵概念的条件下进行。

第三、四章开始引入熵概念和它在气象上的应用,但这并没有讲明自然界关于熵到底有那些客观规律。

很显然,如果仅使用人们较为陌生的“熵”作概念游戏而不引用新的原理去揭示气象现象的某些内在机理,那么我们整个工作的必要性也就值得怀疑了。

诚然在一定意义上讲,正是为了引用熵原理去解决气象问题,我们才费了那么多力量谈分布函数和熵概念。

现在就正面介绍熵原理以为下一步用它说明气象问题做准备。

什么是熵原理?一些人会说这也就是指热力学第二定律。

但是在笔者想来,熵原理似应包含比热力学第二定律更多一些的内容。

我们有这种认识的基本依据是一个世纪以来熵概念的含义有了不少扩展,因而熵的原理也应当适用于后来认识的这些“熵”。

在我看来申农把他定义的不肯定性也称为熵可能是熵认识史上继玻耳兹曼以后的最重大的贡献,但至今也应当遗憾地指出搞物理的仍主要是讲热力熵,而申农的信息熵则主要用于通迅理论和数学中。

申农通过熵概念搭起来的桥似乎过往的人并不多,这就造成了横跨热力学与信息论的熵概念究竟有没有普适的熵原理问题长期没有受到应有的理论重视。

在笔者看来,理论界不仅应当给人们一个统一的对熵的认识,而且也应当给出一个统一的可用于一切领域的熵原理。

显然,说热力学第二定律适用于天体、地理、生物体在内的任何热力过程还说得过去,可是说热力学第二定律也适用于非热力学过程就显得自相矛盾了。

所以对应用于各领域的熵概念,阐明其普遍适用的原理,在我看来是件重要而尚待完成的工作。

在这个普适的熵原理中,过去我们找到的热力学第二定律或者信息熵的规律都应当仅只是它的特例。

遗憾的是人们至今还没有完成这种综合工作。

我们在这一章中则把几个领域中似应看做熵原理的内容都做些讨论。

§1 熵增加原理上世纪中叶,继热力学第一定律之后又发现了热力学第二定律,克劳修斯对它的表述是[1]:让热量自发地从低温传向高温而不引起任何其他影响是不可能的。

英语视听说Unit3NewOrleansIsSinking省名师优质课赛课获奖课件市赛课一等奖课件

英语视听说Unit3NewOrleansIsSinking省名师优质课赛课获奖课件市赛课一等奖课件

Homework
The city is one of North America’s most distinctive and culturally diverse cities and has been a leading commercial center since its founding. It is also a major international tourist center.
• 50,000 houses are going to be bulldozed.
• Right here we are about 60 feet off the ground, and it is from this altitude that you can really see what’s happened to the city of New Orleans.
Warming up
Pre-listening
While Listening
Post Listening
Homework
Word Bank
Warming up
Pre-listening
While Listening
Post Listening
Homework
Word Bank
• For 300 years, the sea has been closing in on New Orleans.
• By next summer, the levees will withstand a Category 3 storm.
• The database is linked to aerial images of every single address.

托福听力tpo49 lecture1、2、3、4 原文+题目+答案+译文

托福听力tpo49lecture1、2、3、4原文+题目+答案+译文Lecture1 (1)原文 (1)题目 (4)答案 (6)译文 (6)Lecture2 (8)原文 (8)题目 (10)答案 (12)译文 (12)Lecture3 (14)原文 (14)题目 (17)答案 (19)译文 (19)Lecture4 (21)原文 (21)题目 (23)答案 (25)译文 (25)Lecture1原文NARRATOR:Listen to part of a lecture in a geology class.MALE PROFESSOR:Alaska is fascinating to geologists because of its incrediblelandscapes.Uh,permafrost has a lot to do with this.That is,the areas where the ground—the soil—is always frozen,except for the very top layer—what we call the active layer of permafrost—which melts in the summer and refreezes again in the winter.The northern part of Alaska is covered in lakes—thousands of them—and most of these are what we call thaw lakes.T-h-a-w.Thaw lakes.I'm gonna show you a few sketches of them in a minute,so you'll have a good idea of what I'm talking about.So, how these thaw lakes are formed has to do with…OK,it starts with ice wedges.The top part of the ice wedge melts—Should I back up?Ice wedges form when water runs into cracks in the ground,the permafrost,then freezes.You ever see mud after it dries?Dried mud has cracks,because when it dries, it contracts,it shrinks.Well,in winter,permafrost behaves similarly.It shrinks in winter,because it freezes even more thoroughly then,and as it shrinks,it forms deep,deep cracks.Then in the summer,when the active layer—the top layer of the permafrost—melts,the melt water runs into those cracks in the permafrost,then freezes again—because that ground,the ground beneath the active layer,is still below freezing.So,you have wedges of ice in the permafrost.Now the ice wedges widen the original cracks in the permafrost,because water expands when it freezes.All right?OK,then in autumn,the active layer on top freezes again.Then in winter,the permafrost starts contracting again and the cracks open up even wider.So the next summer,when the active layer melts again and flows into the widened cracks…and…freezes…it makes the cracks even wider.So it’s sort of a cycle through which the cracks and the wedges grow wider and wider.So when the ice wedge reaches a certain size,its top part—in the active layer—turns into a little pond when it melts in the summer.And that's the beginning of your thaw lake.[pause]There are thousands of them in northern Alaska.One of the most fascinating things about these lakes—and this is important—is that they mostly havethe same shape.Like an elongated oval,or egg shape.And what's more,all the ovals are oriented in the same way.Here's an idea of what they look like,what the landscape looks like from an aerial view,with the lakes side by side.There's been considerable research done to try to figure out what causes them to be shaped and oriented this way.We know that the shape and orientation are caused by the way the lakes grow once they're formed,but the question is,what makes them grow this way?One theory sees winds as the cause.This region of Alaska has strong winds that blow perpendicular to the lakes.What happens is,wind blows straight into the longer side of the lakes.Now,wouldn’t that erode the lake bank in that direction?The same direction as the wind?Well…no.Actually,what happens is that the waves caused by the winds build a sorta protective layer of sediment—it's called a“protective shelf”—along the bank of the lake directly in front of them;so that bank is shielded from erosion,and the waves are diverted to the sides,to the left and to the right,and that’s why the left and the right banks start eroding.Get it?The bank straight ahead is protected,but the lake currents--the waves--erode the banks to the sides.That's the current model,um,the wind erosion model,which is generally accepted.But,there's a new theory that says that[deliberately]thaw slumping,not wind,is what shapes the thaw lakes.Thaw slumping,um…OK.Sometimes,in the summer,the temperature rises pretty quickly.So the active layer of permafrost thaws faster than the water can drain from the soil.So the sides of the thaw lakes get,like,mushy,and slump,or slide,into the lake.Then,the lake water spreads out more,and the lake gets bigger,OK?Also,in that part of Alaska,the terrain is gently sloped,so the lakes are all on an incline.Here.Now,this is an exaggeration of the angle—the hill isn't this steep—butsee how with the lake's banks,the side that is farther downhill…it's smaller,lower. This short bank thaws faster than the tall one does,so it falls into the lake—it slumps, much more and much faster than the other bank.When the short banks of many lakes slump,they move farther downhill and the lakes grow—all in the same downhill direction.This is a new theory,so it hasn't been tested much yet.In field studies,when we've looked at the banks of these thaw lakes,there's not much evidence of slumping. We'd expect to see cliff-like formations there,from the slumping,but we haven't really found many of those.题目1.What is the main purpose of the lecture?[Click on two answers.]A.To contrast how different kinds of thaw lakes growB.To explain why a new theory of thaw lakes is gaining acceptanceC.To explain how processes in permafrost lead to the formation of thaw lakesD.To describe two competing theories about the growth of thaw lakes2.The professor explains thaw lake formation as a cycle of events that occur repeatedly.Summarize this cycle,starting with the event filled in below.[Click on a sentence.Then drag it to the space where it belongs.The first one is done for you. One sentence will not be used]A.Meltwater flows into cracks in permafrostB.Ice wedges inside permafrost completely meltC.Freezing water expands cracks in permafrostD.Ice in the active layer melts as temperatures riseE.Permafrost shrinks and cracks as temperatures drop..3.What is the significance of the'protective shelf'discussed by the professor?A.It prevents the slumping of lake banks.B.It shields the lake surface from strong winds.C.It redirects the waves to lake banks that do not face the wind.D.It allows the lakes to grow in the same direction as the wind blows.4.According to the thaw slumping model,which side of a thaw lake grows fastest?A.The side where the bank is shortestB.The side least exposed to windC.The side that is at the highest elevationD.The side opposite the protective shelf5.What is the professor's opinion of the thaw slumping model?A.He thinks it was urgently needed.B.He is not convinced that it has a firm basis.C.He thinks it would be better if it were simplified.D.He does not think it is very different from the old model.6.Why does the professor say this:You ever see mud after it dries?A.He wants some information from the students.B.He thinks that the students may find an example helpful.C.He realizes that he forgot to mention an important topic.D.He wants to point out an important difference between frozen ground and dry ground.答案CD EDACB C A B B译文听一段地质学的讲座。

以一个干净明亮的地方介绍海明威的冰山理论ice theory


Understanding of Ice Theory
1/8 above the water
• succint words • distinct images
specific&visual
The Work
+
7/8 under the water
• plentful emotion • pround thoughts
Analysis Analysis
1/8: Terse Style -------- the image of the old man: rich, desperate, suicidal -------- the 2 waiters" attitude: indifferent , irrelevent
Describe an ice-berg tip and give your understanding of Ice Theory(冰山理论)in writing.
Iceberg Tip
90%
invisible
"The dignity of the movement of an iceberg is due to only one-eighth of it being above water." -------- by Ernest Miller Hemingway

Thank You!
be implied
eg. P181
A Clean and Well-lighted Place
"上个星期他想自杀," 一个侍者说。 "为什么?" "他绝望啦。" "干吗绝望?" "没事儿。" "你怎么知道是没事儿? " "他有很多钱。"

GMAT机经:2022年11月GMAT阅读机经(至11.30)(二十四)新

GMAT机经:2022年11月GMAT阅读机经(至11.30)(二十四)2.3.3 Milankovitch Cycles关于气候变化和orbit@1讲的是M关于气候变化和orbit的假说,其次段讲技术发达后发觉这个假说有问题然后又说在一个条件下,这个假说还是有价值的,所以又被渐渐接受。

V2第三篇讲关于地球orbit和气候的转变,两段,其次段整段highlight一开头就说, 一个人M 在以前做了讨论, 似乎是用化石层的分布然后发表了理论.说ice age发生是有肯定的时间规律.. 其次段就说,但是呢,1950年人们用了新科技发觉这个M是错的(有考点). 用着甚么其他地方的化石还是甚么的. 但是呢接着说, 1970年人们又用了新科技证明M是对的最终说到虽然到现在M的很多理论都还没被证明(有考点)问题有问其次段的作用, 这篇文章的主旨, 那些1950年的人假如用更新的科技的话就不会怎样(我选就不会不支持M的理论)考古2.3.3Milankovitch Cycles TheoryMilankovitch cycles theory is about the frequency of ice age. Milankovich proposed that the temperature of earth has something to do with the position of the earth in the orbit around sun. However it did not gain acceptance until 1968 when Dr. Imbrie presented additional evidence for M theory. He meassured the isotope level in small seashell depositand the change of isotope abundancy corresponds with the temperature change.However, later on, a geochemist tested the samples from Devil's Hole, a place in south Nevada and the results did not match with the previous results.Even thought Dr. Imbrie still think M theory was valid, he conceded that many other factors contribute to the isotope level. It maybe why the results did not match.OLD JJV1是讲某人MM的理论,关于change in earth‘s orbit影响气候什么的,也没看懂……V203/21 其次篇是change in earth orbit. 第一段讲M的理论多牛B,其次段讲50年月的什么试验证明M是错的,然后其次段的后半部分又说原来50年月的试验方法(还是数据?)是错误的,这样的话M的理论又被证明是对的了。

地质学英语术语

地质学英语术语ZT 变质圈metamorphic aureole 变质闪长岩deuterodiorite 变质沉积物metasediments 变质沉积岩带dejective zone 变质水方硼石metahydroboracite 变质水分metamorphic water 变质水高稜土metahalloysite 变质水铁矾metahohmannite 变质碎屑喷出岩类porodite 变质无烟煤meta-anthracite 变质相metamorphic facies 变质岩metamorphic rocks 变质页岩metashale 变质原岩palosome 变质组构metamorphic fabric 变质作用metamorphism 变种;突变mutation 变转珠被的campylotropous 标本hand specimen 标示矿物typomorphic minerals 标型矿物;主导矿物guide mineral 标轴面coordinate plane 标準变晶normal twinning 标準材料type material 标準层index bed 标準大气standard atmosphere 标準大气压standard atmospheric pressure 标準带index zone 标準的normative 标準地层学orthostratigraphy 标準地点type locality 标準化石index fossil 标準化石leading fossil 标準化石type fossil 标準化石;主导化石guide fossil 标準矿物normative mineral(C.I.P.W.) 标準矿物standard minerals 标準面index plane 标準偏差图standard deviation map 标準剖面type section 标準时fiducial time 标準时standard time 标準钻机standard rig表壁〔珊瑚〕epitheca(in coral) 表层滑动dermal gliding 表层侵蚀sheet erosion 表层碎屑的epiclastic 表层碎屑岩epiclastic rocks 表流drift current 表流;逕流surface flow 表流;片流sheet flood 表面的superficial 表面动物群epifauna 表面鮞石superficial oolith(or oolite) 表面硬化作用case-hardening 表面张力surface tension 表皮epidermis 表皮;角质ctuicle 表磧surface moraine 表生矿床;地面矿床superficial deposit 表土surface soil 表土蠕动;土滑soil creep 錶珊瑚Hapsiphyllum 鳖Trionyx 别珊瑚Heterophyllia 别羊齿Alloiopteris 滨〔海滨;湖滨〕shore 滨冰shore ice 滨螺Littorina 滨漂积;海滨漂积物shore drift 滨坡面shore face 滨坡臺地shore-face terrace(wave-built terrace) 滨墙shore wall 滨沙丘shore dune 滨臺地shore terrace 滨外;岸外offshore 滨夕法尼纪〔系〕〔石炭纪〕Pennsylvanian 滨线循环shoreline cycle 滨崖shore cliff 濒海湖;沿岸湖coastal lake 冰ice 冰坝湖ice dam lake 冰堡ice rampart 冰堡;冰岸barrier ice 冰被ice carapace 冰崩glacier avalanche 冰崩ice avalanche冰崩解作用ice distintegration 冰壁ice wall 冰壁沟rinnental 冰饼ice cake 冰波ice wave 冰擦痕glacial stria 冰擦痕glacial striation 冰擦痕;冰川擦痕glacial striae 冰擦石面;冰蚀岩面glacial pavement 冰擦岩glaciated rock 冰擦作用scoring 冰槽肩alp 冰层ice layer 冰层ice sheet 冰长石adular 冰长石adularia 冰长石valencianite 冰长石化作用adularization 冰成的glacigenous 冰成的glacionatant 冰成湖;冰川湖glacial lake 冰成湖;冰斗湖tarn 冰成阶地;冰川阶地glacial terrace 冰成平原glacial plain 冰成岩glacial rock 冰川glacier 冰川冰glacial ice 冰川冰glacier ice 冰川槽glacial trough 冰川带glacier bands 冰川的glacial 冰川堤glacial leave 冰川地质学glacial geology 冰川氾滥glacier flood 冰川粉砂glacier silt 冰川风glacier wind 冰川谷glacial valley (galical-carved valley) 冰川洪水outburst 冰川后退;冰退glacial recession 冰川极盛期;最大冰河期glacial maximum 冰川坚坑moulin(in glacier) 冰川角阶confluence step 冰川阶地cascade stairway 冰川界限glacial boundary冰川静力均衡;冰河地壳均衡glacio-isostacy 冰川控制说glacial control theory 冰川连流streaming flow 冰川裂隙crevasses of glacier 冰川末缘terminus 冰川内的intraglacial 冰川泥glacier mud 冰川甌穴moulin potholes(Glaual potholes) 冰川甌穴moulin(glacial pothole) 冰川甌穴;冰洞;冰河堊穴glacial pothole(chimney moulin) 冰川盆地glacial basin 冰川侵蚀作用glarosion 冰川舌glacial lobe 冰川沉积glaposition 冰川沉积平原outwash plain 冰川沉积扇outwash fan 冰川石流;石冰川rock glacier(rock stpeam) 冰川碎屑层dirt band 冰川外缘的proglacial 冰川污线带ogive 冰川线glacier line 冰川相glacial facies 冰川削平〔作用〕冰河平夷〔作用〕glacial planation 冰川穴glacial mill 冰川穴glacier well 冰川学glaciology 冰川学说;冰川说glacial theory 冰川循环;冰蚀轮迥glacial cycle 冰川支流inset ice stream 冰川作用glaciation 冰川作用glacierization 冰垂ice lobe 冰带ice band 冰岛ice island 冰地蜡dinite 冰点freezing point 冰洞ice cavern 冰冻线frost line 冰斗cirque(corrie;cwm;Kar) 冰斗kar 冰斗;山侧穴cwm 冰斗冰川corrie glacier 冰斗冰川cwm glacier 冰斗冰川;〔冰〕斗冰川cirque glacier冰斗底cirque floor 冰斗湖cirque lake 冰斗阶地cirque step 冰斗阶梯cirque stairway 冰斗切刻cirque cutting 冰斗侵蚀cirque erosion 冰斗群karling 冰斗台cirque platform 冰堵盆地ice barrier basin 冰多角地形frost polygons 冰筏作用ice rafting 冰方锥ice pyramid 冰粉cryoconite 冰粉kryoconite 冰风化作用;冻裂作用frost weathering 冰峰serac 冰浮块icefloat;ice floe 冰釜ice cauldron 冰盖ice cap 冰盖层glacial sheet 冰高原ice plateau 冰沟dorr 冰沟湖fosse lake 冰谷河道ice-walled channel "冰谷横阶" riegel 冰谷阶地glacialstaircase "冰谷阶梯" giant stairway 冰谷棚alb冰刮痕glacial markings 冰刮痕glacial scratches 冰海的glaciomarine 冰海崖ice blink 冰河ice river 冰河床;冰川床glacier bed 冰河气候循环cycle of glaciation 冰河舌glacier bulb 冰河时期cryogenic period 冰河系glacial drainage 冰河学cryology 冰河增水作用alimentation 冰痕ice mark 冰洪流glacier burst冰湖ice lake冰湖;冰栅ballycadder;bellicatter;cadder;catter;ice foot 冰湖的glaciolacustrine 冰花ice flowers 冰积层drift bed 冰积露头图drift map 冰积土glacial soil(glacial deposit) 冰积物drift 冰积物glacial debris 冰极ice pole 冰接触地形ice-contact forms 冰接平原;冰积阜平原ice contact plain 冰接坡ice contact slope 冰阶riser 冰阶地ice pushed terrace 冰解作用calving 冰界沉积ice contact sediment 冰晶粒glacier corn 冰晶石cryolite 冰举丘pingo 冰举丘残穴pingo remnant 冰举作用;举裂作用frost heaving 冰刻沟glacial groove 冰块脊ice block ridge 冰块运动block-schollen movement 冰粒glacier grain 冰砾glacial boulder 冰砾壁boulder-wall 冰砾带boulder belt 冰砾对boulder couplet 冰砾阜;冰磧阜kame 冰砾阜平原kame plain 冰砾阜三角洲kame delta 冰砾阜田;冰砾阜群kame field 冰砾泥boulder clay 冰砾泥drift clay 冰砾磧kame moraine 冰砾臺地kame terrace 冰砾岩glacial conglomerate 冰裂磧ice-crack moraine 冰裂岩块congelifractate 冰裂岩屑congelifract 冰裂作用congelifraction 冰裂作用frost splitting冰流glacier flow 冰流ice flow 冰流槽glacial chute 冰流溢口;冰积溢道glacial spill-way 冰脉;冰楔ice vein 冰脉;冰楔ice vein 冰帽;冰盖glacial cap 冰面堆积层border belts 冰膜film crust 冰膜ice rind 冰钠长石系adularia-albite series 冰泥ice gruel 冰泥凝土ice concrete 冰甌阜moulin kame 冰盘ice pan 冰棚ice shelf 冰硼ram 冰漂石ice boulder 冰磦石soled boulder 冰坪ice pavement 冰瀑glacialcascade(glacial fall) 冰瀑ice cascade 冰期drift epoch 冰期glacial epoch(ice age) 冰期glacial period 冰期ice age(glacial age) 冰期;冰河期glacial age(ice-age) 冰期次阶stade 冰期后的post-glacial 冰磧;冰磧物glacial drift 冰磧坝湖morainal dam lake 冰磧擦痕drift scrath 冰磧层till sheet 冰磧的morainic 冰磧阜moraine kame 冰磧盖层drift sheet 冰磧高原moraine plateau 冰磧湖drift lake 冰磧湖morainal lake 冰磧脊till billow 冰磧角砾岩moraine-breccia 冰磧脉tillwall 冰磧泥炭drift peat 冰磧丘moraine(till;drift)冰磧裙地morainal apron 冰磧三角洲morainal delta 冰磧沙洲moraine bar 冰磧土flow till 冰磧外的extramorainic 冰磧物glacial till 冰磧物till 冰磧下地形subdrift topography 冰磧岩tillite 冰磧原till plain 冰前湖marginal lake 冰前石脊protalus rampat 冰前沼polynya 冰壳foam crust 冰壳ice curst 冰丘堆hydrolaccolith 冰球ball ice 冰圈;冰冻圈cryosphere 冰裙ice apron 冰扰土congeliturbate 冰扰作用congeliturbation 冰扰作用cryoturbation 冰扰作用frost stirring 冰扰作用kryoturbation 冰刃ice blade 冰溶残岗thermokarst mound 冰溶地形thermokarst topography 冰溶喀斯特;热溶喀斯特thermokarst 冰融ablation 冰融冲积阶地fluvio-glacial terrace 冰融的fluvioglacial 冰融浮磧fluvioglacial drift 冰融河glacial(glacier)stream 冰融漂砾fluvioglacial drift stone 冰融沉积fluvioglacial deposit 冰融仪ablatograph 冰乳浆glacial milk 冰塞湖drift dammed lake 冰砂glacial sands 冰山berg 冰山ice berg 冰山ice mountain 冰山磧土berg till 冰扇ice fan点击:冰上的 superglacial 冰舌 ice tongue 冰舌;冰河舌 glacier tongue 冰蚀 glacial erosion 冰蚀槽;槽蚀作用 fluting 冰蚀的 glaciated 冰蚀的;冰损的 iceworn 冰蚀高地 monumented upland 冰蚀海岸 glaciated coast 冰蚀角峰 monumental peak 冰蚀盆地 deflection basin 冰蚀平原 ice-scoured plain 冰蚀峡谷;冰河峡谷 glacial canyon 冰蚀峡谷;冰河峡谷 glacial gorge 冰蚀作用 exaration 冰水冲积平原 glaciofluviatile plain 冰水的 aqueoglacial 冰水的 glacioaqueous 冰水的 glaciofluvial 冰水泥;冰水黏土 glacio-aqueous clay 冰水沉积 glacio-fluvial deposit 冰水沉积裙 outwash apron 幻想节日 2006-10-30 13:40[ 即划即译已启用 ] 登录 | 注册 | 标签 | 圈子 | 商城 | 搜索 | 帮助当前位置: 沙龙首页 > 休闲娱乐 > 游泳池主题: 地质学专业英语词汇 (10) 508 回复: 4 查看主题内容 最懒的珊 等 级:高级词友头 衔:专栏服务员 积 分: 15977 分 专家分: 118 分 看我其他帖子标签:词汇 推广拿分 收藏本贴 地质学专业英语词汇 (10) 等粒状〔结构〕 equigranular 等量半径 equivalent radius 等量度组构因素 eguant element 等量度组构因素 equant element 等量线 isogram 等密度的 isopycnic 等密度内流 homopychal inflow 等面积投影 equiaeral projection 等面积网格 equal-area net等浓度线 isocon 等热值线 isocal 等容积线;等间距线 isochore 等色线 isochromatic curve 等深线 isobath 等升降线 isobase 等时线 time line 等水分线 isohume 等水压面 (等压面 ) isopiestic level(isobaric surface) 等水压线 isopiestic line 等他形 equant anhedronal 等碳线 isocarb 等尾虫 Homotelus 等尾目 Isopygous 等位面;等势面 niveau surface 等位能面 equipotential surface 等温面或等温剖面 isothermal plane or section 等温线 isotherm 等温研究 isothermal study 等线贝 Isogramma 等相 isofacies 等相图 isofacies map 等相线 facies contour 等小长身蜿 Productellana 等斜的 isoclinal 等斜线 isodip line 等斜褶皱 isoclinal fold 等斜褶皱 isocline 等形 equiform 等形体的 equidimensional 等压面 isobaric surface 等压线 isobar(isopiestics) 等盐度线 isohalsine 等异常线 isanomalic line 等异常线 isanomaly 等萤光线 isofluors 等雨量线 isohyet 等震 isoseism 等震的 isoseismic 等震度的 isoseismal 等震线 homoseism 等震线 isoseismal line 等正辉正长岩 yogoite 等值线 isopleth等中粒度线 isomegathy 等轴晶系 cubic system 等轴晶系 isometric system 等轴晶系 regular system 等轴偏形半面类 isometric plagihedral hemihedral class 等轴全面六八类 isometric holohedral hexakisoctahedral class 等轴四半面体 isometric tetrahedral hemihedral class 等轴鉭钙石 koppite 等轴投影 isometric projection 等属形的isogenotypic 等椎目 Isospondlyi 等足目 Isopoda 鐙骨 stapes 低冰 depth ice 低潮 low tide 低潮 neap tide 低潮阶带 low-tide terrace 低潮线 low-water line 低潮线;低水位準 low water mark 低地 lowland 低度含水层 aquiclude 低共熔点;低共熔温度 eutectic point or eutectic temperature 低缓坡 waning slope低挥份烟煤 low-volatile bituminous coal 低级变质作用 low-rank metamorphism 低级杂砂岩 lithic graywacke 低级杂砂岩;低级混浊砂岩 low-rank graywacke 低角断层 low angle fault 低角逆冲断层 low angle thrust 低能量环境 low energy environment 低品位矿石;低级矿石 low-grade ore 低平海岸;低平湖岸 flat coast 低氢的 subhydrous 低区 sag 低区;洼地 depression 低砷铁矿 leucopyrite 低蚀岩基的hypobatholithic 低蚀岩基时期hypobatholithic stage "低水铜铀云母" metatorbernite 低水準面low-water datum 低铁次透辉石ferrosalite 低铁淡闪石ferroedenite 低铁多硅白云母ferrophengite低铁方镁石ferropericlase 低铁黑硬绿泥石ferrostilpnomelane 低铁菱镁矿ferromagnesite 低铁镁铁橄石ferrohedenbergite 低铁镁铁橄石ferrohortonolite 低铁锰白云石ferromangandolomite 低铁锰闪石ferrorichterite 低铁钠闪石ferrohastingsite 低铁砷硅锰矿ferroschallerite 低铁透辉石ferrosilite 低铁透闪石ferrotremolite 低铁硅灰石ferrowollastonite 低铁阳起石ferroactinolite 低铁棕锑矿ferrostibianite 低温的epithermal 低温发光cryoluminescence 低温热液矿床;浅成热液矿床epithermal deposit低温热液矿脉;浅成熟液矿脉epithermal veins低温石英low-quartz 低盐滩slob land 低沼泥煤lowmoor peat 低沼泽lowmoor bog 堤侧湖lateral levee lake 堤防;沙堤embankment 堤防石块cyclopean stone 堤礁shoal reef 堤洲堰〔岸外〕滩;离岸沙滩barrier beach(offshore bar) 滴痕drip impression 滴孔driphole 滴水虫Guttulina 滴岩;滴石drip stone 滴岩幕curtain 狄克石dickite 狄南〔早石炭纪〕Dinantian 笛珊瑚Syringopora 底;下盘floor 底〔冰〕磧basal moraine 底冰ground ice 底部接触basal contact 底层水hypolimnion 底长石砂岩basal arkose 底荷bottom load 底积;层土prodelta clay 底积冰磧lodgement till底积层bottom-set bed 底加作用plastering-on 底孔压bottom-hole pressure 底稜basal edge 底砾岩basal conglomerate 底流bottom flow 底流under current 底流undertow 底流痕undertow mark 底面basal plane 底面base 底面;底基面sole fault 底面〔层下底面〕subface(of a bed) 底面断层sole injection 底面解理basal cleavage(plane) 底面双晶manedach twin 底面注入底面痕sole marking 底泥炭bottom peat 底黏土石灰岩;淡水石灰岩underclay limestone 底坡haldenhang 底栖的benthic 底栖动物demersal 底栖生物benthos 底栖生物群benthon 底磧bottom moraine 底磧ground moraine 底磧海滨线ground moraine shoreline 底磧土basal till 底石seat stone 底蚀undermine(undermining) 底蚀作用undermining 底水basal water 底水bottom water 底图base map 底土root clay 底土seat clay 底土seat earth 底土underclay 底土underearth 底岩seat rock 底岩;基岩bed-rock 底轴面basal pinacoid 砥石whet stone 砥石;镰刀石scythestone砥石;研磨石grindstone 地〔下夹〕冰〔层〕subterranean ice 地背斜geanticline 地背斜岭geanticlinal welt 地表的supracrustal 地表的surfical 地表古积geest 地表热液矿床的telethermal 地表异常surface anomaly 地冰层ground-ice layer 地冰堆ground-ice mound 地冰楔ground-ice wedge 地槽geosyncline 地槽的geosynclinal 地槽沉积柱geosynclinal prism 地槽相geosynclinal facies 地槽循环geosynclinal cycle 地层〔单数〕stratum 地层〔复数〕strata 地层测验drill-stem test 地层垂直变化图vertical veriability map 地层单位stratigraphic unit 地层对比stratigraphic correlation 地层法stratigraphic code 地层方向;走向direction of strata 地层封闭stratigraphic trap 地层古生物学stratigraphic palaeontology 地层划分stratigraphic classification 地层间断;小堆积间断lacuna 地层间断时间interzonal time 地层控制stratigraphic control 地层剖面stratigraphic section 地层时间stratigraphic time 地层时序表chronological timescale 地层试井strata test 地层水formation water 地层探井stratigraphic test 地层图stratigraphic map 地层相stratigraphic facies 地层学stratigraphic geology 地层学stratigraphy 地层学家stratigrapher 地层岩柱geogram 地层因数formation factor(19) 地层柱 stratigraphic column 地潮 bodily tides 地磁 terrestrial magnetism 地磁赤道 magnetic equator 地磁的 geomagnetic 地磁地层学 magnetic stratigraphy 地磁极 geomagnetic pole 地磁记绿器 magnetograph 地磁日变化 telluric diurnal variation 地磁图 magnetic chart 地磁仪 magnetometer 地磁异常 magnetic anormaly 地单斜 geomonocline 地叠 horst 地动 ground motion 地盾 shield 地盾玄武岩 shield basalt 地函 mantle 地化高区;地球化学浓集 geochemical culmination地化探勘 geochemical exploration 地化探勘 geochemical prospecting 地化循环 geochemical cycle 地化异常 geochemical anomaly 地基土壤 foundation soil 地籍测量 cadastral survey 地籍图 cadastral map 地籍图 plat 地景;景观 landscope 地块;山块 block 地块逆掩作用 block-overthrusting 地蜡 mineral wax 地蜡 ozocerite(ozokerite) 地蜡 ozokerite 地理学 geography 地沥青 asphalt 地沥青 asphaltos 地沥青 asphaltum 地沥青 asphaltus 地沥青 mineral pitch 地瘤 geotumor 地面;场 ground 地面波 surface wave 地面波 surface wave group 地面磁测仪 ground magnetometer地面地质学 surface geology 地面电流 earth current 地面电阻率 ground resistivity 地面供应间歇河 surface-fed intermittent stream 地面逕流 overland flow 地面逕流 surface runoff 地面矿床 hypotaxic deposit 地面曲率 earth curvature 地面水 surface water 地面相 surface phase 地内的 intratelluric 地内等温线 geoisotherm 地内结晶 intratelluric crystalization 地泡假说 blister hypothesis 地坡 ground slope 地堑 graben 地堑断层 trough fault 地壳板块 crustal plate 地壳变动 diastrophism 地壳波动学说 undation theory 地壳不定稳定性 crustal instability 地壳海洋化作用 oceanization 地壳滑动作用 phorogenesis 地壳均衡补偿 isostatic compensation 地壳均衡的 isostatic 地壳均衡的异常 isostatic anomaly 地壳均衡说 isostasy 地壳扭力 crust torsion 地壳翘曲 crustal warping 地壳外壳 crust 地壳应力 crust stress 地壳元素百分比 clarke 地壳运动 crustal movement 地壳运动 diastrophism(crustal movement) 地壳运动 earth movement 地壳运动 revolution 地球〔泥〕土 earth 地球成因学 geogeny 地球成因学;地因学 geogony 地球的 telluric 地球发生论 geogenesis 地球化学 geochemistry 地球化学相 geochemical facies 地球曲率 curvature of earth地球四面体说 tetrahedral theory(of the earth) 地球体;地球形;象地体 geoid 地球物理测勘 geophysical survey 地球物理的 geophysical 地球物理学 geophysics 地球物理学家 geophysicist 地球中心带〔圈〕 core of the earth 地区 terrain 地热变质 geothermal metamorphism 地热梯度;地温梯度 geothermal gradient 地热学geothermics 地色石 geophyrocapsa 地石膏 ground gypsum 地史学 geochronic geology 地史学;歷史地质学 historical geology 地势 surface relief 地势图 relief map 地台 platform 地图 map 地图比例 representative fraction 地图投影 map projection 地洼;大沉降带 geodepression 地温测定法 geological thermometry 地温度 geothermometer 地文学 physiography 地峡;土腰 issite isthmus 地下冰脉 crevasse hoar 地下的 subterranean 地下地质学 subsurface geology 地下古露头 subcrop 地下古露头图 subcrop map 地下金属探测器 treasure finder 地下切流 subterranean cutoff 地下生成期 intratelluric stage 地下竖井 underground shaft 地下霜 depth hoar 地下水 subsurface water 地下水 subterranean water 通过 E-mail 推荐给好友 没有最懒 只有更懒 ! Date:2006-07-22 20:10:25最懒的珊看我其他帖子地质学专业英语词汇 光椭圆剖面 optic ellipse 光尾球接子 Lejpyge 光线 ray 光线矿 abichite 光线矿clinoclase 光线矿clinoclasite 光像light figure 光行差(光);变体(生) aberration 光性optic character 光性optical character 光性optical properties 光性测温计opticalpyrometer 光性常数optical constant 光性方位optical orientation 光性符号optical sign 光性记录optical registration 光性试验optical test 光性异常optical anomaly 光学放大optical magnification 光玉髓corneline 光玉髓;肉红石髓carnelian 光玉髓;肉红石髓carneol 光泽luster 光栅grating 光之分异differentiation of light 光轴optic axis 光轴法线third mean line 光轴角axial angle 光轴角optic angle 光轴面optic plane 光轴面plane of optic axis 光轴然线optic normal 光轴色散dispersion of optic axes 光轴影melatopes 光柱beam of light 光子photon 广鼻类Platyrrhini 广翅目Megaloptera 广深性的;耐深的eurybathic 广温性的eurythermal 广温性生物eurythermalorganism 广西螺Kwangsispira 广西珊瑚Kwangsiphyllum 广西运动Kuangsi movement 广盐性的;耐盐度变化的euryhaline 广盐性生物euryhalinous organism 广元统Kuanyuan series 规格石块;建筑石材dimension stone 规模;数值magnitude 规则包体regular inclusions 规则海胆目Regulate 龟背地形turtleback 龟背石;裂心结核;桃核心结核septarium 龟甲石;龟甲状结核septaria(septarian nodule) 龟裂的septarian 龟龙Oudenodon 龟形石turtle stone 归州统Kuichouseries 轨道orbit 鬼里螺;骨螺Murex 桂林山;石灰岩残丘haystack 桂林山灰岩残丘hum 桂竹林层kueichoulin formation 贵蛋白石noble opal 贵蛋白石precious opal 贵电气石noble tourmaline 贵橄欖石chrysolite 贵橄欖石chrysolyte 贵橄欖石peridot 贵尖晶石noble spinel 贵金属noble metal 贵金属precious metal 贵榴状晶石almandine-spinel 贵蛇纹石noble serpentine 贵州角石Kueichouceras 贵州珊瑚Kueichouphyllum 贵州珊瑚Kweichouphyllum 锅穴kettle 锅穴状kettled 锅状湖pit lake 锅状火山口pit crater(volcano sink) 国姓埔层Kuohsingpu formation 果皮内层endocarp 过;超hyper- 过白榴粒玄岩parchettite 过斑晶的persemic(C.I.P.W.)过饱和supersaturation 过饱和溶液supersaturant solution 过饱和岩oversaturatedrocks 过玻璃质perhyaline(C.I.P.W.) 过长石质perfelic(C.I.P.W.) 过长英质perfelsic(C.I.P.W.) "过陡谷壁" oversteepened walls 过渡岩系transitiional series 过多容晶的perxence 过多容晶的perxenic 过多主晶的peroikic 过基质的perpatic(C.I.P.W.) 过硷性peralkaline 过硷性的peralkalic 过结晶作用per crystallization 过晶质percrystalline(C.I.P.W.) 过冷super-cooling 过冷under cooling 过冷的undercooling 过量下蚀overdeepening 过硫锑铅矿epiboulangerite 过铝质岩peraluminous rocks 过镁铁质permafic(C.I.P.W.) 过氢煤perhydrous coal 过氢煤素质perhydrous maceral 过氢烟煤perbituminous coal 过热作用superheating 过溶作用transfusion 过生长over growth 过石英质perquaric(C.I.P.W.) 过酸性岩peracidite 过酸性岩persilicic rocks 过铁镁质perfemane(C.I.P.W.) 过铁镁质perfemic(C.I.P.W.) 过硅铝质persalane(C.I.P.W.) 过硅铝质persalic(C.I.P.W.) 过硅酸质persilicic 过中孔型permesothyrid 哈德逊海星Hudsonaster 骸晶skeleton crystals 骸晶生长skeletal growth 海sea 海岸seacoast 海岸sea-front 海岸;岸coast 海岸带coastal belt 海岸带;滨带coast zone 海岸地sea board 海岸地区coastal area 海岸地下水coastal ground water 海岸地形;沿岸地形coastal landforms 海岸发育循环cycle of shore development 海岸礁coast riff 海岸阶地;岸坪coast terrace 海岸泥;岸泥coast mud 海岸平原coast plain 海岸平原;沿岸平原coastal plain 海岸沙coast sand 海岸沙丘coastal dune 海岸沙丘medano 海岸沙土;沿岸沙丘coast dune 海岸沉积coast deposit 海岸臺地coastalplatform 海岸臺地coastal terrace 海岸臺地marine terrace 海岸线coast line 海岸线;滩线beach line 海岸压力山脊coastal pressure ridge 海岸盐湖marine salina 海岸沼coastal pond 海岸沼泽coastal marsh 海岸沼泽marine marsh 海岸沼泽marine swamp 海百合crinoid 海百合纲Crinoidea 海百合灰岩crinoidal limestone 海百合类;海百合壳灰岩encrinites 海百合石灰岩criquina 海百合石灰岩encrinal limestone;encrinital limestone 海百合石灰岩encrinite limestone 海百合碎片石灰岩crinoidal coquina 海百合亚门Crinozoa 海边潟湖marginal lagoon 海边盐地marginal salt pan 海滨sea shore 海滨;湖滨strand 海滨底痕strand mark海滨湖seashore lake 海滨平原strand plain 海滨台shore platform 海滨滩strandflat 海滨线shore line 海滨线;滨线strand line 海冰sea ice 海参holothurian 海参sea cucumber 海参纲Holothurioidea 海参类holothuroids 海潮图;潮汐图marigram 海胆echinoid 海胆纲Echinoidea 海胆目(亚门) Echinozoa 海得堡人Heidelberg man 海得贝格统〔早泥盆纪〕Helderbergian 海德堡人Homo heirdelbergensis 海堤sea wall 海底sea floor 海底的submarine 海底地形的bathyorographical 海底地震submarine earthquake 海底古陆thalasso-craton 海底古陆的;海扩期的thalassocratic 海底谷submarine valley 海底火山submarine valcano 海底扩张作用sea-floor spreading 海底锰矿;深海矿核pelagite 海底面生物epibiota 海底平原submarine plain 海底坡度underwater gradient 海底泉submarine spring 海底三角洲submarine delta 海底山;海丘seamount 海底峡谷submarine canyon 海底悬崖Seascarp 海底悬崖seascarp 海底岩化作用halmyrolysis 海底岩化作用halmyrosis 海豆芽类lingulids 海尔微统〔中新统〕Helvetian 海峰seapeak 海拱;海石门sea arch海拱门marine arch 海沟带trench zone 海冠纲Thecoidea 海龟〔属〕Chelonia 海菓纲〔棘皮动物〕Carpoidea 海化石时代marine time 海建臺地marine-built terrace 海截河流sea-captured streams 海金沙Lygodium 海浸ingression 海进;海侵transgression 海进生物礁transgressive reef 海进相transgression phase 海菊蛤Spondylus 海葵目Actiniaria 海蓝宝石aquamarine 海蓝柱石glaucolite 海螂Mya 海浪sea wave 海浪沙浪regressive sand wave 海浪蚀台abrasion (abraded) platform 海蕾Blastoid 海蕾纲Blastoidea 海林擒cystoid 海林擒Hydrophorida 海林擒纲Cystoidea;Cystidea 海绿〔石〕砂岩glauconitic sandstone 海绿白堊岩;海绿堊glauconite chalk 海绿石glauconite 海绿石化glauconitization 海绿石灰岩glauconitic limestone 海绵sponge 海绵岩spongolite 海面薄冰black ice 海面升降的eustatic 海面升降运动eustatic movement 海泥sea mud 海盘车;小行星asteroids 海泡蛇纹岩porcellanous serpentine(porcellophite) 海泡石"meerschaum" 海泡石sepiolite 海盆sea basin 海平面sea level 海平校正数free air correction海埔地barrier flat 海切臺地marine-cut terrace 海侵marine transgression 海侵超覆transgressive overlap 海丘seaknoll 海蜷Batillaria 海扇状构造scallop 海蛸Ascidia 海深的bathymetric 海深的bathymetrical 海深地形图bathymetric chart 海深线bathymetric line 海神石Clymenia 海蚀洞marine cave 海蚀洞;海蚀穴seacave(coastal cave) 海蚀海岸marine erosion coast 海蚀后退作用retrogradation 海蚀平面marine plane 海蚀平臺cut platform 海蚀平臺marine bench 海蚀平原marine plain 海蚀平原plain of marine denudation 海蚀平原plain of marine erosion 海蚀石aquafact 海蚀臺地sea terrace 海蚀臺地;岩台rock bench 海氏海绵Hydnocerus 海氏菊石Hedenstroemia 海水面变化eustasy 海台沙滩platform beach 海台沉积;海台崖锥coverhead 海滩beach 海滩均衡纵剖面beach profile of equilibrium 海滩平原;湖滩平原;海滨平原beach plain 海滩砂矿beach ore 海滩砂矿beach placer 海滩砂砾矿床sea-beach placers 海滩悬崖beach scarp 海滩循环beach cycle 海滩淤积作用beach accretion 海滩纵剖面beach profile 海滩嘴滩角beach cusp 海退;退化regression 海退岩礁regressive reef海湾embayment 海湾gulf 海王星Neptune 海窝caldron 海西运动Hercynian 海西运动Hercynian movement 海袭〔B、C 时间很短〕;海侵作用marining 海峡strait 海峡;水道channel 海下剖面subbottom profile 海啸;津波tsunamis 海星纲Asteroidea 海星纲Stelleroidea 海星亚门Asterozoa 海星运动stelleroid 海崖sea cliff 海崖缝sea chasm 海燕蛤Halobia 海洋的marine 海洋的oceanic 海洋化作用thalassiogenesis 海洋隆堆oceanic rise 海洋磨蚀marine abrasion 海洋气候marine climate 海洋三角洲;邻洋三角洲oceanic delta 海洋生物halobios 海洋性气候oceanic climate 海洋学oceanography 海渊deep 海藻algae 海藻构造stromatolite 海藻泥煤sea peat 海震;海啸sea-quake 海蜘蛛纲Pycnogonida 海柱;海蚀;岩柱sea stack 海柱;石柱stack 海桌山guyot 海桌山tablemount 含多量遗留矿物的dolimorphic 含分离维管束中柱dictyostele 含黑电气石的schorlaceous 含化石的fossiliferous 含化石面smothered bottom 含化石足印岩石ichnolite含硷植物soda plant 含金的auriferous 含金砾岩层banket含金石英;含金水晶gold quartz 含金银的auri-argentiferous 含金属的;產金属的metalliferous 含矿波沙pay dirt 含矿的ore bearing 含矿岩ore rock 含矿岩浆ore magma 含矿岩屑;矿脉ledge 含砾砂pebbly sand 含镁石灰岩;镁质灰岩magnesian limestone 含锰辉石manganese pyroxene 含镍的nickeliferous 含乳液的laticiferous 含石英二长岩quartz-bearing monzonite 含石英辉绿岩quartz-bearing diabase 含水层aquifer (nappe d'eau) 沙发Date:2006-07-22 20:27:02 最懒的珊看我其他帖子地质学专业英语词汇(38) 气囊假说gas pocket hypothesis 气泡vesicle 气泡带bubble trend 气泡构造air-heave structure 气圈air mass 气生岩atmoliths 气室air chamber 气水成的hydatopneumatic 气水成的hydatopneumatolytic 气水成的hydropneumatic 气水面gas-water surface 气碎石atmoclast (atmoclastics) 气碎岩atmoclastic rocks 气体〔作用〕gasification 气体分移作用;气体搬运gaseous transfer 气体熔融gas-fiuxing 气体试剂gaseous reagents 气体液化liquefaction of gas 气体助熔作用gas fluxings 气温直减率lapse rate气相gas phase 气象区meteorological region 气象学meteorology 气象要素meteorological elements 气旋cyclone 气旋风cyclonic wind 气穴gas pic气压atmospheric pressure 气压barometric pressure 气压变速barometric rate 气压高度barometric elevation 气压计barometer 气压记录器barograph 气压制动器air damper 气液成的gas-aqueous 气液成的pneumato hydatogenetic 气液混合物azeotropic mixture 气涌作用gas streaming 气源的atmogenic 气钻air drill 器官organ 器官属organ genus 磧缘河peripheral stream 千佛崖统Tsienfuyen series 千孔虫Millipora 千孔虫类Milliporid 千枚板岩phyllite slate 千枚搓变岩phyllite-mylonite 千枚糜岭岩phyllonite 千枚相phyllofacies 千枚岩;硬绿泥石phyllite 千枚岩化作用phyllitization 牵引流tractive current 铅笔状构造pencil structure 铅笔状片麻岩pencil gneiss 铅锤plumb 铅丹minium 铅丹miniumite 铅矾;硫酸铅矿lead vitriol(anglesite)铅方解石plumbocalcite "铅钙铀云母" lead-autunite 铅黄massicot 铅黄massicotite 铅灰石alamosite 铅矿lead ore 铅铝英石plumballophane 铅绿矾Caledonite 铅锰鈦铁矿senaite 铅明矾石lead-alunite 铅鈮铁矿plumbocolumbite(plumboniobite) 铅鈮铁矿plumboniobite 铅泡鉍矿alaskaite 铅砷矿schultenite 铅砷锰矿plumbosynadelphite(synadelphite) 铅铁矾plumbojarosite 铅霞石tarnowitzite 铅氧masicotite(massicottite;massicot) 铅铀比率lead-uranium ratio 铅赭石leadocher(plumbic ocher) 迁移;蛇形wandering 前凹椎procoelous vertebra 前壁antetheca 前滨;前峯foreshore 前槽fore-trench 前齿骨predentary bone 前导边缘leading edge 前额骨prefrontal 前耳骨prootica 前关节骨praearticulare 前頜骨;前顎骨premaxillary bone 前积层forest beds 前积层forest beds 前颊目〔三叶虫〕Proparia(trilobite) 前甲proostracum 前尖paracone 前尖虫;古介形虫Aluta 前礁fore reef 前进progression 前进变质作用progressive metamorphism 前进波progressive wave 前进超覆progressive overlap 前进砂波progressive sand waves 前进退覆progressive offlap 前臼骨premolar 前犁骨prevomel 前陆foreland 前陆棚foreland shelf前面的;前臺地冰前冲积平原frontal(frontal)apron-plain 前坡foreslope 前磧frontal moraine 前切曲流advanced-cut meander 前倾型procline 前丘;前滩沙丘foredune 前区proparea"前鳃盖骨" praeopercular(preopercular) 前鳃亚纲Prosobranchia 前山front range 前上新猿Propliopethecus 前胎管Prosicula 前显花植物Prephanerogam 前穴目;前孔目Protremata、八前一pro- 前移海岸advanced coast 前翼fore limb 前渊fore-trough 前渊;陆外渊fore deep 前渊地槽exogeosynclines 前缘平原;洗出平原frontal plain 前缘石堆fringe 前缘线trimline 前月面lunule 前震fore shock 前轴面front pinacoid 前浊流痕precurrent marking 乾冰dry ice 乾法drymethod 乾腐植煤dysodil 乾沟nullah 乾沟层Kankou formation 乾谷strath valley 乾河床dry bed 乾河谷canada 乾湖;化石湖extinct lake(fossil) 乾化desiccate 乾化角砾岩desiccation breccia 乾化作用desiccation 乾井dry hole 乾宽谷〔喀斯特地形〕U-vale 乾矿石dry ore 乾粒雪powder snow乾裂desiccation crack 乾裂;泥裂mud crack 乾裂;晒裂泥块sun crack 乾裂多角形desiccation polygons 乾裂节理desiccation joint 乾泥砾岩desiccation conglomerate 乾泥煤dry peat 乾盆地dry basin 乾气dry gas 乾沙dry quicksand 乾沙滩dry beach 乾缩air shrinkage 乾缩裂缝desiccation fissure 乾土粒buckshot 乾性永冻区dry permafrost 乾穴dead cave 乾雪崩dry-snow avalanches 乾雪冰dry firn 乾盐湖salt playa 乾盐湖;间歇湖playa 乾燥地形arid landform 乾燥度aridity 乾燥区arid region 浅;浅水〔处〕;浅滩shallow 浅层构造epi-tectonic 浅层横移断层tear fault 浅成变质epizonal metamorphism 浅成大理岩epimarble 浅成带;浅带epizone 浅成正长岩类lamproite 浅带片麻岩epigneiss 浅带岩epirocks 浅钙沸石episcolecite 浅谷draw 浅海的neritic 浅红晶石balas 浅红晶石balas ruby 浅积盆地starred basin 浅盆地;硬盘pan 浅水处shallows 浅滩shoal 浅穴dentpit 浅岩缝;含脉裂缝;洞底裂缝crevice 潜伏矿床inclosed deposit 潜火山的cryptovolcanic 潜火山地震cryptovolcanic earthquake 潜晶霏细岩petrosilex 潜晶质;隐晶质cryptocrystalline 潜流cryptoreic 潜流洞tunnel cave 潜热latent heat 潜洼;潜隐陷落crypto-depression 潜穴动物群infauna 潜移creeping flow 潜移;蠕动creep 嵌晶结构poikilitic structure嵌晶状poikilitic(poicilitic;poecilitic) 嵌珊瑚Aphrophyllum 嵌石泥球armored mud ball 嵌星珊瑚Orinoastraea 腔笔石目Cameroidea 腔肠;消化腔gastrovascular cavity 腔肠动物coelenterate 腔肠动物门Coelenterata 腔肠系;消化系gastrovascular system 腔棘鱼Coelacanthus 枪晶石cuspidite(cuspidine) 强度intensity 强度strength 强风锋面line squall 强剪逆断层strut thrust 强硷水super-saline water 强黏土gumbo 强切曲流forced-cut meander 强塑性土ball clay 强震macroseism 强震的meizoseismal 强震界线meizoseismal curve 蔷薇辉石paisbergite 蔷薇辉石rhodonite 蔷薇石英rose quartz(rosy quartz) 墙岩;脉岩dike-rocks(dykerocks) 巧手人Homo habilis 峭壁mural escarpment 壳test 壳瓣;裂瓣valve 壳胞pustulum 壳层lamella壳刺capillus 壳化作用crustation 壳灰岩coquina 壳灰岩统〔三叠纪〕Muschelkalk series 壳矿石sphere ore 壳片的shelly 壳砂统Muschelsand series 壳砂岩〔三叠纪〕Muschel 壳纹;壳线间隙stria 壳线costellae 壳心构造core-and-shell structure 壳褶plica 壳褶rugae 壳质conchiolin 壳皱frill 鞘guard 鞘〔箭石〕rostrum(Belemnoidea) 鞘翅目Coleoptera 鞘角石Vaginoceras 切地线;测地线geodetic line 切点cut point 切割(作用) dissection 切割的dissected 切割火山dissected volcano 切割平原dissected plain 切甲亚纲Entomostraca 切入河曲;嵌入曲流entrenched meander(intrenched) 切珊瑚Temeniophyltum 切珊瑚Temnophyllum 切蚀truncate 切蚀三角岬trucated cuspate foreland 切蚀準平原dissected peneplain 切应裂面;剪破裂shear fracture 侵入intrusion(injecton) 侵入intrusive 侵入变位intrusion displacement 侵入动力变质;动力变质kinetic metamorphism 侵入接触intrusive contact 侵入砾岩;侵入角砾岩intrusive breccia 侵入脉intrusive vein 侵入脉irruption vein 侵入体intrusive messes 侵入体;深成岩体pluton 侵入岩intrusive rock侵入岩irruptive rock 侵入岩床;侵入岩蓆intrusive sheet(sill) 侵入岩滑落intrusion slide 侵入岩浆invasive magma 侵入岩脉;岩墙intrusive dyke 侵入岩体intrusive bodies 侵蚀erosion 侵蚀波痕erosion ripple 侵蚀的erosive 侵蚀覆盖层erosion pavement 侵蚀高原erosion plateau 侵蚀谷erosional valley 侵蚀痕erosion mark 侵蚀湖erosion lake 侵蚀火山臼erosion caldera 侵蚀基面erosion basis 侵蚀脊erosion ridge 侵蚀礁坡erosion ramp 侵蚀孔;风化穴( 花岗岩上) tafoni 侵蚀面erosion surface 侵蚀逆断层erosion thrust 侵蚀平原erosion plain 侵蚀平原plain of denudation 侵蚀强度erosion intensity 侵蚀曲线curve of erosion 侵蚀臺地erosion terrace 侵蚀循环cycle of erosion 侵蚀循环erosion cycle 侵蚀循环;地文循环physiographic cycle 侵蚀崖erosion scarp 侵蚀营力agents of erosion 侵蚀柱erosion column 亲硫元素chalcophile elements 亲水的hydrophilic 亲缘关係genetic relationship 芹型cotype 秦岭地向斜Tsinling geosyncline 秦岭地轴Chin-ling axis 秦岭地轴Tsinling axis 禽龙Iguanodon 禽龙Iquanodon 沁兽Tricentes 青蛋白石girasole(girasol) 青地虫Aojia青方钠岩alomite 青符山石cyprine 青辉石violan 青辉铜矿blue chalcocite(digenite) 青鮫Isuropsis 青梨Pyrus青龙灰岩〔早三叠纪〕Chinglung limestone 青龙石灰岩Chinlung limestone 青绿泥石viridite 青螺Acmaea 青泥blue mud 青泥石aerinite青年地形〔幼年地形〕youthful topography 青盘变化propylitic alteration 青盘化〔作用〕propylitization 青盘闪安岩timazite 青盘岩propylite 青盘岩相propylitic facies 青铅矿linarite 青山统〔晚白堊纪〕Chingshan series 青石绵blue asbestus 青石绵;虎睛石crocidolite 青石英blue quartz 青土blue earth 青棕匯青albafite 氢化硅酸。

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In 1932, in Death in the afternoon, Hemingway used an efective metaphor to describe his writing style for the first time: "The dignity of an iceberg is due to only one—eighth of it being above waters.one eighth of it is abo ve the water,all of the rest is implied.One must go very deep beneath thesurface to understand the full meaning of ct words, distinct images, plentiful emotion and profound thought are the four fundamental elements of iceberg theory for further study,that is, the words and images are the so—called ”1/8” while the emotion and thought are the so—called ”7/8” .The formers are specific and visual while the latter are implied in the form er.The words portray the images;the emotion is embodied in the images;the thought is embodied in the emotion.
• There is no doubt that terseness of writing is extraordinary,the beauty of symbolism is also a dazzling feature of Hemingways’ ”icebergtheory”:Vocabulary,Coda,Christ ian symbolism
简洁的文字、鲜明的形象、丰富的情感和深刻的思 想是构成”冰山原则”的四个基本要素。具体地说 ,文字和形象是所谓的“八分之一”,而情感和思 想是所谓的“八分之七”。前两者是具体可见的, 后两者是寓于前两者之中的。文字塑造了形象,形 象包含了情感,而情感之中蕴涵着思想。诚然,就 一般文学作品而言,这四个要素都是必不可少的, 但在海明威的作品中显得尤为突出,因为他强调了 情感和思想的含蓄性。
Ernest Hemingway 'siceberg theory (冰山文体)
• Born not to be defeated, one can be destroyed, but can not be beat. • (人生来就不是为了被打败的,人能够被毁灭,但是不能够被打败。) • Paranoia is a strange thing. Paranoia of people have no doubt that he is necessarily correct, but restrained myself, thinking of the right to maintain, it is best to encourage such an accurate and honest self-views. - Ernest Hemingway • (偏执是件古怪的东西。偏执的人必然绝对相信自己是正确的,而克 制自己,保持正确思想,正是最能助长这种自以为正确和正直的看法 。——海明威) • Is dominated by their own God, if would like to conquer the world, you must first conquer themselves. - Ernest Hemingway • (自己就是主宰一切的上帝,倘若想征服全世界,就得先征服自己。 ——海明威 • ) • Everyone need someone to talk with him openly. Although a person can be very heroic, but he also could be very lonely. - Ernest Hemingway • (每一个人都需要有人和他开诚布公地谈心。一个人尽管可以十分英 勇,但他也可能十分孤独。——海明威 • )
of describing psychology
• In A farewell to afros,when Catherine was in the delivery room.her husband Henry worded a lOt:“And what if she should die? She won’t die, She won’t die, She can’t, She can’t die why would she die? But what if she die? She can’t die But what if she should die. What if she should die?” (Hemingway,1999,PP. 320—321).The author uses very simple words to show that Henry was feeling upset and anxious,but also,he was longing for good news.
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