1) interlayer gliding
层间滑动
1.
8,9 and 10 coal seams,made the coal body producing brittleness and toughness rheological changes and tectonoclastic coal formed,and the interlayer gliding is the basic reason of layered distribution of tectonoclastic coals.
通过对矿区构造特征及其形成机制分析,认为在印支、燕山期构造应力及派生剪切应力和上覆岩层的自重压力共同作用下,因8、9、10煤层结构差异的存在,使煤体产生脆性流变和韧性流变而形成构造煤;层间滑动是导致构造煤呈层分布的根本原因。
2) interlayer-gliding
层间滑动
1.
Under complex geological conditions, rheology of coal seams may easily cause interlayer-gliding of coal seams.
复杂地质条件下煤层受层间滑动作用容易发生流变。
3) interlayer sliding belt
层间滑动带
1.
There are many interlayer sliding belts in Siding Pb-Zn mine.
层间滑动带在泗顶矿区非常发育。
4) interlayer-gliding structure
层间滑动构造
1.
One of the important structure characteristics in the Fankuo lead-zinc deposit of Guangdong is that interlayer-gliding structures are well developed.
广东凡口铅锌矿矿床的一个重要的构造特征就是层间滑动构造十分发育,其在矿区的重要的控矿作用越来越为人们所关注。
5) slipping between layers
层间滑动作用
1.
The AB compound type or transitional type fold appears in many sedimentary areas, between thick and thin layers, made by slipping between layers.
本文报道的是出现在许多沉积岩区,发育在厚薄相间岩层之中,并由于层间滑动作用形成的AB复合或过度型褶皱。
6) cutting-slippage between surface and base
层间滑移
1.
In order to solve cutting-slippage between surface and base of mountain asphalt pavement,firstly,through field investigations and analysis of finite element method under non-uniform distributed tire pressure,the causes are regarded as thinner pavement,higher temperature,overloads,frequent variety of road grade.
分析认为基面层滑移破坏的主要原因是沥青面层厚度较小、超载、高温、路线频繁的变坡以及施工质量较差;从而采用不同的层间处理措施进行了层间滑移室内模拟试验,并对不同温度下的层间抗剪强度进行了比较。
补充资料：层间剥离
分子式：
CAS号：
性质：层压材料在受到外部不均匀应力的作用下，在层与层之间发生的剥离破坏称为层间剥离。
CAS号：
性质：层压材料在受到外部不均匀应力的作用下，在层与层之间发生的剥离破坏称为层间剥离。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条