地层学被用于测定可移动艺术品的年代。
层序是层序地层学解译的基本单位。
Sequences are the fundamental unit of interpretation in sequence stratigraphy.
地层学的研究是以地层单位的物质形式运作的。
陆相含油气盆地中层序地层学的研究不同于海相盆地。
Research of sequence stratigraphy in nonmarine petroliferous basin must introduce some new concepts.
红粘土；磁性地层学；古环境；新近纪；吕梁山西麓。
Red Clay; Magnetostratigraphy; Paleoenvironment; Neogene; West piedmont of Luliang Mountains.
第二种测定法是古磁学分析法，也叫磁极地层学测定法。
The second dating method was palaeo - magnetic analysis, or magnetic polarity stratigraphy .
高精度层序地层学研究已成为进行油气勘探的重要手段之一。
High resolution sequence stratigraphy has become an important way for oil exploration.
采用地层学断代推算出的时间范围是几十年，而不是几百年。
煤地质学一直偏重于对煤和含煤地层的地层学和沉积学的研究。
Coal geology emphatically studies always stratigraphy and sedimentology of coal and coal-bearing strata.
层序地层学现在得到广泛承认，已经成为研究地层的标准技术。
Now sequence stratigraphy is widely accepted, and is becoming standard technology of stratigraphical research.
煤地质学一直偏重于对煤和含煤地层的地层学和沉积学的研究。
Coal geology emphatically studies always stratigraphy and sedimentology of coal and coal bearing strata.
生物地层学是地层学中最基本的也是应用最广泛的一个分支学科。
Biostratigraphy is one of the basic and widely applied branches in stratigraphy.
简要地叙述了“非史密斯地层学”术语的由来、基本概念及研究近况。
This paper introduces the derivation and basic concept of the non Smith stratigraphy and the present development in its research.
运用磁性地层学研究岩石单元磁性特征，是一种有效的地层对比方法。
The application of magnetostratigraphy to study magnetic features of lithologic units has an effect upon stratigraphic correlation.
应用层序地层学和沉积体系分析方法，建立了泌阳凹陷的等时地层单元。
By using the analytical method of sequence stratigraphy and sediment system, an isochronous unit of Biyang Depression was established.
实践表明，该领域勘探研究的核心技术是地震储集层预测与层序地层学。
It is practically proved that the key exploration technologies are reservoir prediction and sequence stratigraphy.
利用层序地层学研究可将碳酸盐岩储层分为层序内部储层和层序界面储层。
Carbonate reservoirs can be divided into intra-sequence reservoirs and sequence boundary reservoirs based on study of sequence stratigraphy.
通常，只有在地震资料与钻井资料相结合的地方，地层学的意义才是明显的。
Stratigraphic significance commonly is apparent only where seismic data are tied with well data.
国际地层指南中指出，地层学应扩展为包括对构成地壳的所有岩石体的描述。
International Stratigraphic Guide pointed out that stratigraphy should be defined as the description of all rock bodies constituting the earth crust.
通过层序地层学研究，产生于可对比不整合广泛分离的沉积物可以彼此比较。
Through sequence stratigraphy, widely-separated sediments that occur between correlatable unconformities could be compared with each other.
高频湖相沉积节律是近年来新兴的分支学科——旋回地层学的重要组成部分。
The lacustrine sedimentary rhythm of high frequency is the important component part of cyclostratigraphy which is the burgeoning branch of geoscience.
最后，作者展望了层序地层学在陆相沉积盆地内砂岩型铀矿找矿中的应用前景。
Finally, the authors look ahead the application potential of sequence stratigraphy to the prospecting for sandstone type uranium deposits in continental depositional basins.
随着陆相沉积盆地研究中层序地层学的引入，在国内引起了一些颇有争议的问题。
With the introduction of Sequence Stratigraphy into the study of continental sedimentary basins, some controversial questions arose in our country.
准层序组类型与经典层序地层学中的类型相似，但是其内部各准层序以正韵律为主。
The type of parasequence sets is similar to classic sequence stratigraphy, and the parasequence mainly consists of positive rhythm.
综合钻井、测井和地震资料，用层序地层学方法进行沉积相研究是油气勘探的基础。
Sedimentary facies study integrating drilling, log and seismic data and using sequence stratigraphy is a base of petroleum exploration.
层序地层学不仅适用于陆相盆地，而且对陆相含油气盆地的油气勘探具有重要意义。
Article considers that sequence stratigraphy not only can apply to nonmarine basin, but also have importance for the exploration of oil and gas in nonmarine petroliferous basin.
依据生物地层学资料和层序顺序，将这些层序与台地相区沉积层序逐一进行了对比。
The correlation between these sequences and the depositional sequences of the plat were given on the basis of biostratigraphic data.
根据对塔里木盆地露头剖面的层序地层学研究，建立了震旦-泥盆纪古海平面变化曲线。
Based on sequence strati graphy work for the outcrops in tarim basin the author sets up the sealevel changes curve of sinian period to devonian period.
本文介绍了运用高分辨率的分子(元素)地层学记录来研究海洋污染历史的原理和方法。
This paper introduced the principles and methods of historical reconstruction of Marine contamination based on high resolution molecular (element) stratigraphical records.
区域综合评价以高精度层序地层学的研究思路为主线，圈定侏罗系储层发育的有利区域。
Regional comprehensive evaluation should be carried out by the principle of high resolution sequence strata stratigraphical study to circle the distribution of Jurassic reservoir.
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