1.
Application of Model-based Seismic Inversion Technique in Coal Lithological Interpretation
基于模型地震反演技术在煤田岩性解释中应用
2.
litho-density quicklook
岩性密度测井快速直观解释
3.
Clone capability and environment explanation of Hippophae rhamniodes in sandstone area
中国沙棘在砒砂岩地区的克隆性能与环境解释
4.
Study on Lithology Identification Method of Logging Interpretation for Lgneous Rock in Daqing Xujiaweizi Area
大庆徐家围子地区火成岩岩性识别的测井解释方法研究
5.
The generalized plastic mechanics is not adaptable to explain the geo-tech strain localization.
广义塑性力学不适宜于解释岩土应变局部化现象。
6.
Interpretation Method Study on Physical Property of the Tuffaceous Sands Reservoir of Xing'anling Group in Hailar Basin;
海拉尔盆地兴安岭群凝灰质砂岩储层物性解释方法研究
7.
Study on Logging Interpretation and Fluid Identification of Acidic Vocanic Reservoir in Xujiaweizi Area;
徐家围子地区酸性火成岩储层测井解释与流体识别方法研究
8.
Well Test Interpretation of Well Wei77-3 in Sand Reservoir with Fracture in Mesozoic Group and Its Application
卫77-3井中生界砂泥岩裂缝性油藏试井解释与应用
9.
Logging interpretation of conglomerate reservoir is very difficult in Menggulin area with complex rock structure, strong heterogeneity and clear difference between layers.
蒙古林砾岩油藏储层岩石结构复杂，非均质性强，层间差异明显，测井资料解释难度较大。
10.
2. Explanatory Notes
2． 解释性说明：
11.
The Study of Interpretation Methods 3D Seismic and Its Application on Magmatic Intrusive Mass;
岩浆岩侵入体三维地震解释方法及应用研究
12.
APPLICATION OF “CORE CALIBRATION METHOD" IN LOG INTERPRETATION MODEL.
岩心刻度法在测井解释模型中的应用
13.
Logging Evaluation Thought and Method for Igneous Rock Reservoir
火成岩油藏测井解释评价思路及方法
14.
Research on logging interpretation model of complex clayed sandstone reservoir
复杂泥质砂岩储层测井解释模型研究
15.
Of or relating to exegesis;critically explanatory.
注释的注释的或同注释有关的；批评性的解释
16.
Additional explanation or explanatory material.
附加说明附加性的解释或解释材料
17.
The Theory of Interpretation in Philosophical Hermeneutics and Complexity Research;
哲学解释学的解释理论与复杂性探索
18.
This model can be not only applicable to resistivity interpretation of general shaly sand stone strata but also well description of the electrictity character of low resistivity reservoirs.
该模型不但适合于通常的砂泥岩地层电阻率解释并且能很好地描述低阻储层的电性特征。