能证明海湾地区人类栖息地的最有力证据来自名为“吉备。法雅1号”的新考古遗址，这是四年前考古队在波斯湾盆地发现的。
The most definitive evidence of these human camps in the Gulf comes from a new archaeological site called Jebel Faya 1 within the Gulf basin that was discovered four years ago.
以地震主测线为格架，结合烃源岩、岩性、热流、测试分析资料为依据，采用正演法开展二维盆地模拟工作。
Based on seismic lines, hydrocarbon source rock, lithology, thermal stream and test data, a two dimensional forward model of the basin has been made.
在准噶尔盆地腹部应用中心回线瞬变电磁测深法进行了沙漠地带表层结构调查的试验。
A test for desert shallow geologic structural investigation is conducted on the control area of Jungar Basin by using central-loop TEM.
作者用磷灰石裂变径迹法研究了准噶尔盆地艾参1井和火南1井主要生油层的热历史。
The authors studied the thermal history of the main source beds of Aican-1and Huonan-1 Wells in Junggar Basin by apatite fission-track.
采用比较研究法和辅以定点追踪观测，研究了四川盆地丘陵区几种主要紫色土退化的微形态特征。
The micromorphology of main kinds of degradated purple soils in the hilly area, Sichuan Basin, have been revealed by contrasting with normal soils and trace researching in the same site.
利用平衡深度法研究了鄂尔多斯盆地中生代地层的流体剩余压力分布特征。
The distribution of fluid residual pressure of Mesozoic strata in Ordos basin is studied based on the equilibrium depth method.
在利用模糊数学评价法分别进行初步评价的基础上，最后进行太原盆地土壤质量综合评价和污染等级分类。
On the basis of preliminary evaluation with Fuzzy Mathematics method, we achieve the comprehensive evaluation of soil quality of Taiyuan Basin and classify the contaminative grades finally.
本文采用蒙特卡罗法对含油气盆地勘探多方案决策进行模拟。
The present paper has simulated multi-scheme decision-making of exploration in Oil and Gas Bearing Basins with the method of Monte Carlo.
利用显微镜和碳同位素分析法对采自河南西峡盆地晚白垩世的16枚恐龙蛋化石进行了研究。
A study of 16 dinosaur eggshell fossils in the Late Cretaceous from Xixia Basin, Henan Province, using microscopic and carbon isotope method has been made.
用主成分分析排序法分析准噶尔盆地沙漠植被的多元特征。
The principal composition analysis (PCA) was used to study the multivariate characteristics of desert vegetation in Junnger Basin.
文中利用泥岩声波时差和镜质体反射率法计算了三塘湖盆地下白垩统的剥蚀量，两种方法得出的结果吻合较好。
In this paper, the mudstone acoustic time difference method and the vitrinite reflectance method are used to calculate the Lower Cretaceous denuded thickness in the Santanghu basin.
以松辽盆地新站油田为例介绍了这一方法的基本思路、参数选取、运算步骤及应用成效。
With a case of Xinzhan Oilfield, Songliao Basin, the basic principles, parameter selection, calculation procedure and application results are discussed for the method.
经钻探验证在松辽盆地的实际应用成果，证实了该法探测砂体的有效性。
Through the application in Songliao basin, its results have been verified by the drilling, and the validity of this method to sand body exploration was proved.
要认识和重建某个地质历史时期盆地的原始构造格局和沉积特征，就必须除去后期叠加的构造层和构造变形，即反序构造分析法。
Then use antitone structural analysis method to recognize and reconstruct the primary tectonic structure and sedimentary feature of a basin in certain geological history.
模型的反演计算结果表明，有效密度法得到的深度偏浅，盆地宽度的影响比密度分布的影响大。
The inversion shows that the method of effective density leads to the depth of basin smaller than the actual's, and the width of basin is more significant than the density contrast in computation.
MIFA法就是一种定量的分形几何学方法。本文应用MIFA法对塔里木盆地塔中地区志留系储层孔隙结构进行了研究。
The MIFA, as a fractal geometry method, is used to study the Silurian reservoir of Tazhong area in this paper.
还提出了从根本上解决厚制品收缩的方法——盆地修模法。
The basin amend mould method, ie, radically solution to shrink of thick products was supplied.
应用圈闭加权法计算了塔里木盆地刻度区及满加尔油气系统的资源量，结果表明本方法是一种行之有效的资源评价方法。
It is proved effective by the application in the reference sections and Manjiaer petroleum system of Tarim basin and has played an important role in the oil and gas resource evaluation recently.
提出在波动分析法约束下，恢复原型盆地剥蚀量的新思路。
A new way to restore the erosion amount of prototype basin is presented under the control of wave analysis method.
针对珠江口盆地白云凹陷，应用地质勘探法、速度法及地震似海底反射（BSR）法对该凹陷的天然气水合物沉积进行了预测研究。
Various methods such as geologic exploration, velocity and seismic BSR are used to study and predict the gas hydrate deposits in Baiyun sag of the Pearl River Mouth Basin.
针对珠江口盆地白云凹陷，应用地质勘探法、速度法及地震似海底反射（BSR）法对该凹陷的天然气水合物沉积进行了预测研究。
Various methods such as geologic exploration, velocity and seismic BSR are used to study and predict the gas hydrate deposits in Baiyun sag of the Pearl River Mouth Basin.
应用推荐