1.
basement-cored nappe
以基底为核部的推覆体
2.
ophiolite-radiolarite nappe
蛇绿岩-放射虫岩推覆体
3.
overthrust nappe
【地质】逆冲体, 逆掩断层推覆体
4.
Mining Practice and Opinion of 150801 Face Under the Narrow Lane;
150801面推覆体夹片下开采实践与认识
5.
Investigating Reasonable Scale of Pillars for Protecting Workings Lying under Thrust Sheets;
推覆体下伏工作面防水煤柱合理留设的研究
6.
The Research on Seismic Data Acquisition Method for the Thrust Block Formation Belt at Mountain Front in Yanqi Basin;
焉耆盆地山前推覆体区地震勘探技术研究
7.
Under Nappe Coal Measures Strata Structural Features in Guangping Coal Mine Area,Fujian Province
福建省广平煤矿区推覆体下煤系地层构造特征
8.
Application of Roller Bit Combination Drilling Technology in Nappe Strata of Qingxi Oilfield
牙轮钻头复合钻进在青西推覆体地层的应用
9.
All the pre-Shamvaian rocks in the Selukwe area lie on the inverted limb of this fold.
塞卢奎地区的所有前沙姆凡岩石均分布于此推覆体的倒转翼中。
10.
Study on the mining technology in seam with big dip and great water and high gas-content and extra-thickness
推覆体下大倾角大水高瓦斯特厚煤层开采技术研究
11.
Approach on hydrological geology characteristic and "Three Band" height bellow nappe 13-1 seam
推覆体下13—1煤层综放开采水文地质特征及“三带”高度的探讨
12.
A Case Study on Stochastic Distribution Feature of Hydrologycal Parameters of XinJi Thrust and Its Effect on Coal Mining;
新集矿区推覆体水文地质参数随机分布规律及其对采煤影响研究
13.
Studying the Feasibility of Waterproof Pillar under the Nappe Structure in Work Face 150801 of Xinji No. 1 Coal Mine;
新集一矿推覆体夹片下150801工作面防水煤柱留设可行性研究
14.
~(40)Ar-~(39)Ar dating of the Mesozoic thrusting in Daqingshan thrust-nappe system, Inner Mongolia, China.
内蒙古大青山逆冲推覆体系中生代逆冲构造活动的~(40)Ar-~(39)Ar定年
15.
The dip of the minimum reflectance (R_c) in the allochthon turns from NNW to WNW, indicating the state of stresses in the frontal zone of nappe.
外来系统中最小反射率的倾向由北北西转至北西西,代表推覆体前锋带的应力状态;
16.
Study on the Formation Mechanism and Stability of the Toppling-Thrusting Nappe-Sliding Geological Body;
崩塌—推覆滑移地质体成因机理及其稳定性研究
17.
Fluid evidence of the formation and evolution of Daqingshan thrust-nappe
大青山逆冲推覆构造形成演化过程的流体证据
18.
It was obtained that the application of the coated DHG in composite solid propellants of hydroxyterminated binder can improve mechanical properties of the propellant.
二羟基乙二肟包覆后应用在端羟基粘合剂中，可改善复合固体推进剂的力学性能。