地质构造条件用英语怎么说
『壹』 英语翻译:绘制成1:200000的地质构造分析图
绘制成复1:200000的地制质构造分析图
to draw the analysis chart of geological structure with the scaling as 1:200000
to draw the geological-structure analysis chart with/by 1:200000 scaling
to draw the geological-structure analysis chart by 1:200000 in scale
供参
『贰』 地质构造条件是什么啊地形条件又是什么_
地质构造条件:
①褶皱的影响。
②断裂的影响。
③岩层产状的影响。
地形条件版主要指的是地形起伏和地貌单元权(尤其是微地貌单元)的变化情况。一般地说,山区和丘陵区场地地形起伏大,工程布局较困难,挖填土石方量较大,土层分布较薄
『叁』 地质英语高手帮我翻译一下吧。谢谢啦啊!
Hebei province GuYuanXian big officer factory uranium deposits in the molybdenum in reference is a linen uranium metallogenic molybdenum well conditions and the influencing factors of prospecting idea of the mining area, found in recent years especially through north China geological survey bureau 247 are detailed nuclear instry brigade exploration over big officer factory geological survey, ore-controlling factors and metallogenic features a deeply cognition, the author in big officer of the ore deposits in the factory work, the ore-controlling factors, and the division of strata metallogenic features have some humble opinions, the article mainly describes this aspect content. The main orebody by structure more influence, followed by the time volcanic rocks, time of mining area a volcanic metallogenic provide heat source and metallogenic space effect. This mine prospecting idea is along the tectonic FH (Ⅱ)-2, and recover the metallogenic parts mainly is along the tectonic FH (Ⅱ)-2 for distribution, this kind of prospecting idea in the source area have better sell results.
『肆』 构造地质学用英语怎么说
[地质] structural geology
[地质] tectonics
『伍』 英语翻译(地质专业)
常规和同步M ¨ ossbauer研究表明,
四极分裂(qs)的消失和同质异能移(IS)的
显着下降约50 ferropericlase协定,
与高自旋连贯一致的低自旋电子跃迁
在样品(斯佩齐亚莱铁等。,2005年; Gavriliuk等。,
2006年,坎特等人。,2006,2007;林等人。,2006年),但是,
报告自旋过渡宽度显着变化
在一个同步M ¨ ossbauer研究(林等人狭隘的宽度。,
2006年a)一个非常广泛的传统M ¨ ossbauer研究
(坎特等人。,2006)(表1,图。1)。在这些差异
结果可能出现不同,实验条件,如
样本大小,厚度,hydrostaticity在样品室,
与X射线源(Gavriliuk等beamsize。,2006;
林等人。,2007年b)。特别是,一个非常大的样本,X射线
beamsize被用于测量traditionalM ¨ ossbauer
(坎特等人。,2006),可能造成了大范围
自旋过渡。我们注意到,X射线辐射和M ¨ ossbauer
光谱探测过程发生在内部电子
外壳(在X射线辐射)或铁原子(在核
M ¨ ossbauer)为指标,电子自旋转换
发生在最外层的铁原子的三维轨道。
光吸收光谱也被用来
研究在ferropericlase自旋过渡,为技术
可以直接探测轨道能量的3D分离
在过渡(冈察洛夫等人参与。,2006;开普勒等
基地。,2007)。该ferropericlase,相应吸收光谱
在晶体场乐队,变化显着
50和65个协定,以在高度一致的自旋转换
压力。其他高压技术,如X -射线衍射,
核共振非弹性X光散射光谱,
金刚石压腔设计,和光脉冲刺激
散射也被用来探测的关联效应
自旋卷上的过渡,部分声子态密度
(离境前情况介绍),和电导率的ferropericlase(林等
基地。,2005年,2006年b,2007c;斯佩齐亚莱等。,2005年;克劳赫斯特等。,
2008年)。这些结果将讨论更多的细节在第
『陆』 地质英文翻译
1, regional structural characteristics: the Erlian Basin tectonic position in Mongolia - Xing'anling of the central Rift Valley, is in the latter part of the Health Hercynian fold in the basement and Jurassic resial basin on the basis of the positive fault Rafah Shen, the rift role in the formation of a group, small mountain lake, shape for more than half graben, a major Cretaceous sediments of Health, certificates, covered formation. Depression area of several hundred to several thousand square kilometers, Duocheng distribution to the North East, the former Cretaceous basement of the depth of 3000-6000 meters. Were BASIN peripheral Jurassic and Paleozoic of the hill outcrop formed and separated and surrounded by high ground. Early Cretaceous basin has experienced rapid extension, the medium-term sustained large-scale rift, the demise of the late contraction phase of the three major evolution. Early for the rapid accumulation of a class molasse stone construction, medium-shallow lake is the foreshore - semi-deep lake sediments (mainly covered reservoir sedimentation period), advanced to the river swamps of the deposition, thus to the Early Cretaceous as the main lake sediment Stage came to an end. Later, a substantial uplift of the whole basin, as long as several million years ago, the Early Cretaceous sediment erosion strong until razed, the Upper Cretaceous and Tertiary, the fourth of the sequence incomplete, the total thickness of 0-200 metres, For the accumulation of a pan-Basin, near the level of occurrence, to the point of not covering the whole region integration. The researchers have considered that the basin is in the L-twisting of the regional stress field in the context of the formation of a shear nature of the rift basin, to extend the main structural style, with strike-slip characteristics and is concive to forming all kinds of traps, Oil and gas migration and integration of the rich.
『柒』 地质构造单元名称(GEO_UNIT)
Ⅰ华北地台
1.内蒙古台隆,.胶辽台隆,3.贺兰山台褶带,4.鄂尔多斯台向斜,5.山西台背斜,6.燕山台褶带,7.黄淮海坳陷,8.鲁西台背斜,9.豫西台褶带。
Ⅱ西北地台
10.塔里木坳陷,11.阿尔金断隆,12.阿拉善台隆,13.柴达木坳陷。
Ⅲ扬子地台
14.龙门山台褶带,15.四川台向斜,16.康滇台隆,17.滇黔鄂台褶带,18.武陵台隆,19.江汉坳陷,20.苏北坳陷。
Ⅳ藏中南陆块
21.改则那曲槽地褶带(晚燕山期),22.念青唐古拉高丽贡断隆,23.冈底斯槽地褶带(喜马拉雅期),24.北喜马拉雅槽地褶带(晚燕山期),25.高喜马拉雅断隆,26.西瓦里克山前坳陷。
Ⅴ吉黑陆块
27.佳木斯台隆,28.小兴安岭槽地褶带(华力西期),29.乌苏里地槽褶带(早燕山期),30.延边槽地褶带(华力西期),31.松辽坳陷。
Ⅵ天山兴蒙褶皱系
32.阿尔泰地槽褶带(加里东期),33.淮北地槽褶带(华力西期),34.准噶尔坳陷,35.天山地槽褶带(华力西期),36.额尔古纳地槽褶带(加里东期),37.兴蒙地槽褶带(华里西期),38.阴山北地槽褶带(加里东期—华力西期)。
Ⅶ秦祁褶皱系
39.祁连槽地褶带(加里东期),40.北秦岭槽地褶带(加里东期),41.柞水北淮阳槽地褶带(华里西期),42.南秦岭槽地褶带(加里东期),43.大别山槽隆。
Ⅷ昆仑三江褶皱系
44.昆仑地槽褶带(加里东期—华力西期),45.可可西里巴颜喀拉槽地褶带(印支期),46.喀喇昆仑唐古拉地槽褶带(加里东期),47.巴塘思茅地槽褶带(华里西期)。
Ⅸ华南褶皱系
48.湘桂弧后地槽褶带(加里东期),49.云开怀玉岛海褶带(加里东期),50.下扬子地槽褶带(加里东期),51.赣粤地槽褶带(加里东期),52.武夷岛海褶带(加里东期),53.东南沿海地槽褶带(华里西期),54.右江槽地褶带(印支期),55.钦防槽地褶带(华里西期)。
Ⅹ台湾褶皱系
56.台湾地槽褶带(喜马拉雅期)。
Ⅺ中国海域构造分区
(1)渤海坳陷,(2)北黄海隆起,(3)南黄海坳陷,(4)长江口隆起,(5)浙闽粤沿海火山弧(燕山期),(6)东海陆架坳陷,(7)东海陆坡火山弧(喜马拉雅期),(8)冲绳海槽(现代),(9)琉球岛弧,(10)北部湾坳陷,(11)莺歌海断陷,(12)南海陆架坳陷,(13)南海陆坡隆起,(14)西沙、中沙、南沙隆起(南海地台残块),(15)南海中央海盆。
『捌』 条件 用英语怎么说
condition