地质学的

Research on monomial resources is generally interdisciplinary study or derived fromrelated sciences such as agrology, zoology and botany, geology, hydrology and climatology, geography, environmentalsciences, economics, national land economics, ecology, ergonomics and so forth.

单项自然资源研究各自从有关学科派生出来或与一些学科有着密切的相互联系和交叉，如：土壤学、动、植物学、地质学、水文和气候学、地理学、环境科学、经济学、国土经济学、生态学、人类生态学等。

He was an early anatomist, and was interested in geology, astronomy and hydraulics.

他是位早期的解剖学家，也对地质学、天文学和水利学很有兴趣。

Some technical measures to increase flow of water in the borehole are analyzed in the light of hydrogeology.

同时，从水文地质学角度剖析了提高钻孔涌水量所能采取的技术措施。

Filled with zeal for science, he studied catastrophist geology with Adam Sedgwick.

充满科学热情的他跟随着亚当·塞奇威克研究了灾变说地质学。

Darwin borrowed Charles Lyell's argument in Principles of Geology that the record is extremely imperfect as fossilisation is a very rare occurrence, spread over vast periods of time; since few areas had been geologically explored, there could only be fragmentary knowledge of geological formations, and fossil collections were very poor.

达尔文借用查尔斯·莱尔在《地质学原理》中的论点，认为化石档案是非常不完善的；化石作用发生非常罕见，散布在非常长的一段时间；因经过地质学考察的地区很少，只能有零碎的地质构造知识和贫乏的化石收藏。

By integrating the multi-discipline methods of petroleum geochemistry, sedimentology, hydrogeology, petroleum geology and experimental geochemistry, the thesis has carried out experiments of microcline dissolution in solutions with organic acids, crude oil, brines with high total dissolved solids , and has dealt with Al distribution between the crude oil and the brines after the experiments.

综合利用油气地球化学、沉积学、水文地质学、石油地质学、实验地球化学多学科交叉方法，进行了长石在有机酸、原油、高矿化度卤水中的溶解实验，研究了溶解后元素Al在油水相中的分配；通过详细研究塔里木盆地塔中地区、和田河气田、库车坳陷和塔北隆起北部油气藏流体的化学、同位素组成，观察岩石薄片、测试流体包裹体成分和均一化温度、全岩和自生矿物同位素组成，并结合油气运移和成藏史的研究成果，分析了三地区流体的成因、流动，并探讨了烃类侵位对成岩作用的影响、微生物和热化学的硫酸盐还原作用。

Second, it describes his contribution on geology: training large understanding talents;hardworking and setting himself an example to others when he was working in geological research institute and geological investigation institute, which setting up a exemplary person for Chinese geological scholar;his sincerely love to talents, his assigning magnanimously the Chinese, the foreigner, the old man and the younger to the post, making the geological investigable institute which he is in charge of becoming a famous science center in the world with in a short time;one of creators and founders in the Chinese modern geology and paleontology.

第二，论述了有关他在地质学方面的贡献：他为中国的地质事业培养了一大批优秀人才，在地质研究所和地质调查所工作时，不辞劳苦，以身作则，为中国地质学者树立了实地调查采集的工作模范；他真诚的爱护人才，热诚而大度的运用中、外、老、少各利人才，使他所负责的地质调查所在很短的时间之内成为一个世界知名的科学中心；他还是中国近代地质学和古生物学的开创人和奠基人之一。

By substantive field and indoor practice development work, this paper systemic researched the source, the sedimentary system, sedimentary facies, paleogeographic environment, under the guidance of sedimendary geology and petrolume geology theory.

论文通过大量的野外和室内的研究工作，结合现代沉积地质学和石油地质学理论，对鄂尔多斯盆地堡子湾地区延长组长6的物源方向及母岩性质、沉积相的确定标志及类型特征、古地理环境特征进行了系统全面的研究。

Usually the first sub-system for the watershed scientists, experts and hydrologists topography of the object of concern, where the physical environment, energy in the form of negative entropy flow into the system; the second sub-system for the hydraulic engineer with the rivers and landscape Jurists of the object of common concern, at the same time the ancient flood plain and river valley sludge for formation of Jurists and the concerns of sedimentologists; the third sub-systems related to geology and ocean engineering, and the alluvial fan, alluvial plain, delta morphology, internal structure and stratigraphy is characterized by geology and geomorphology of the issues of common concern, where the material flow in the form of energy output into the environment.

通常第一亚系统为流域科学家、地貌学家和水文学家所关心的对象，在这里环境中的物质、能量以负熵流的形式进入系统；第二亚系统为水力与河道整治工程师和地貌学家共同关心的对象，同时泛滥平原上的古河道及河谷淤积物又为地层学家和沉积学家所关注；第三亚系统关系到地质学和海洋工程，而冲积扇、冲积平原、三角洲的形态、内部结构和地层特点是地质学和地貌学共同关心的课题，在这里物质能量以流的形式输出到环境中去。

In this paper, the mechanisms of the generation, migration and production for coal seam gas are researched and the geological model for coal seam gas reservoir simulation is presented, according to the theories and methods of coal seam gas geology, petroleum geology and dynamic of fluids through porous media. A three-dimensional, dual-porosity, two-phase, pseudo-steady, non-equilibrium sorption mathematical model is established with the help of petroleum reservoir numerical simulation method. After that, this complex mathematical mode is approximated and solved by finite-difference and fully implicit methods. Coal Seam Gas Reservoir Simulation software in 1. 0 version (CSGRS 1. 0) with Chinese interface of pre-and post-processing function is developed.

本文应用煤层气地质学、石油天然气地质学和渗流力学等学科的理论和方法，研究了煤储层中煤层气的生成、储集、运移和产出机理，概化出了煤层气储层模拟的地质模型；以油气藏数值模拟和数值计算方法为工具，建立了描述三维、双孔隙、非平衡吸附、拟稳态条件下气-水两相流体混相运移规律的煤层气储层模拟的数学模型；详细推导出了该数学模型的全隐式求解方法；并借助计算机技术开发了具有中文操作界面的煤层气储层数值模拟软件CSGRS 1.0，实现了这一复杂数学模型的数值求解。

For a big chunk of credit-card losses; the number of filings (and thus charge-off rates) would be rising again, whether

年美国个人破产法的一个改动使得破产登记急速下降，而后引起了信用卡大规模的亏损。

Eph. 4:23 And that you be renewed in the spirit of your mind

弗四23 而在你们心思的灵里得以更新