地质学的

Due to a series of large or oversize scale oolitic gas pools were found in Feixianguan Formation in NE Sichuan Basin, the gas exploration have a good prospect. The questions about origin and accumulation of the natural gas in oolitic reservoir have been one of the focus in the field of petroleum geology.

四川盆地东北部飞仙关组一系列大型、特大型鲕滩气藏的发现，显示出该区巨大的勘探潜力和良好的勘探前景，有关鲕滩天然气的成因、来源及成藏等问题，是当前油气地质学研究的热点之一。

Most of Xinjiang is young geologically, having been formed from the collision of the Indian plate with the Eurasian plate, forming the Tian Shan, Kunlun Shan, and Pamir mountain ranges.

相对年老的地质层组主要分布在遥远的北部和东部，北部的准噶尔盆地的某个区域从地质学上说隶属哈萨克斯坦，而东部的地质层组则属于华北克拉通。

The generating reason,response characteristic and distributing rule of remaining oil was deeply studied aiming at water-flooded continental reservoir with characteristic of intense heterogeneity,high water-cut,low recovery efficiency,complex distributing rule of mobile remaining oil,intergrowth of major and untabulated formation . At the same time,a systemic method of evaluation and predicating remaining oil and pressure was put forward basing on the theory of development geology,seepage flow mechanics,fluid mechanics which resolved the hard technologic problem of predicting remaining oil and pressure.

本文针对陆相注水开发油藏具有非均质性强、含水率高、原油采收率低、可采剩余油分布复杂、主力产层和表外产层同时存在等特点，深入研究了剩余油的形成机理、响应特征和分布规律，应用开发地质学、渗流力学、流体力学和地质统计学理论，将静态地质数据和动态开发数据相结合，综合现有的与剩余油及压力分布有关的所有资料，提出了一套系统的评价和预测剩余油及压力的方法，较好地解决了目前剩余油与压力评价和预测中的技术难题。

Predatory capitalists; a predatory, insensate society in which innocence and decency can prove fatal- Peter S. Prescott; a predacious kind of animal--the early geological gangster- W.E.Swinton.

掠夺性的资本主义；在一个掠夺性的、冷漠无情的社会里，清白与庄重是致命的——彼得·s·普林斯考特；一种掠夺性的动物——早期地质学上的强盗——w·e·斯温顿。

This site offers University links, courses and research opportunities for students in Svalbard, within the Arctic Circle. Courses offered pertain to glaciation, geology, geomorphological surface form and process for undergraduates as well as research opportunities for students at graduate level within an Arctic glaciated environment.

该站点主要介绍了处于北极圈范围内的挪威瓦尔巴特群岛的大学中心，以及该中心的课程、教学和科研活动等，它的课程主要分为：冰川和冰川学、地质学、地貌及地表过程、以及其他一些有关北极圈冰川环境的研究等。

Flying over areas that had already been mapped by conventional geologic techniques, l'avion renifluer , or "the sniffer plane" was spectacularly successful in picking out oil fields

这个叫做嗅探飞机的装置已经使用於传统地质学绘制地图的技术，还曾经成功地探测出油田这个叫做嗅探飞机的装置，在飞过曾以传统地质技术探勘过的区域时，非常成功的找出油田位置

Older geological formations occur principally in the far north where the Junggar Block is geologically part of Kazakhstan, and in the east which is part of the North China Craton.

相对年老的地质层组主要分布在遥远的北部和东部，北部的准噶尔盆地的某个区域从地质学上说隶属哈萨克斯坦，而东部的地质层组则属于华北克拉通。

Based on the outcomes of archeological work over 80 years in China and taking the unearthed more than 200 thousand ancient jade carvings spreading all over the China in New Stone Age as the material evidences, whether China Jade Carving Age was existed or not and its creating precondition was systematically analyzed and researched from the views of archeology, history; geology; lithology, gemology, cultural relics and jade culture.

以中国八十多年来考古工作成果为切入点，以新石器时期遍布中华大地的文化遗址中已发掘出土的 2 0余万件古玉器为实物证据。从考古学、历史学、地质学、岩石学、古人类学、宝石学、文博学、玉文化诸方面的不同层面和角度，对在人类发展历史进程中中国玉器时代是否存在和产生的条件进行了综合科学的分析、判断及研究。

The Global Observing Systems Program is the focus for continuing international work to understand the terrestrial, oceanic and atmospheric components of global change. It provides global and regional data sets and analyses for research, for operational oceanographic and meteorological services; and for monitoring, detection of change, and prediction of future conditions. GOSIC provides a direct route to the GCOS (Global Climate Observing System), GOOS and GTOS (Global Terrestrial Observing System) programs and their data.

海洋与地球科学学院成立于2002年，其前身是创建于1975年的海洋地质与地球物理系。1982年恢复学位制后，首批获得海洋地质硕士学位授予权。1983年成为当时国内高校中唯一的海洋地质学博士点。1992年，原国家教委批准同济大学海洋地质实验室为开放实验室，成为当时全国唯一的部委级海洋地质重点实验室；经1996年国家评估，又成为当时教育部直属高校中唯一的获得科技部运行费的地学开放实验室。

Determination of depth of granitic plutons was helpful for understanding of uplift of terranes and deep tectonism.

同时，构造地质学和大地构造学自身的研究也将不断拓宽研究领域①，如：1不断拓宽研究的时空尺度，深入了解地球早期构造作用和大陆地壳深部构造作用；2精确确定变形特征，特别是流变学特征，估算应变强度和流变学参数；3精细测定变形的时代，特别是早期变形的时间；4深入分析构造发生的动力源问题。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。