1) trough-like fold
隔槽式褶皱
1.
Horizontally divided into Huayingshan thrust folded belt, Sichuan-chongqing ejective folded belt,fangdoushan-qiyaoshan intermediate belt and east Chongqing,Hunan,Hubei trough-like fold belt.
横向上华蓥山以东的雪峰山陆内构造变形系统自西向东可以划分为:华蓥山冲断褶皱带、川渝弧形隔档式褶皱带、方斗山—七曜山槽档褶皱过渡带、渝东湘鄂隔槽式褶皱带等构造单元;纵向上划分为北段、中段和南段,北段总体呈弧形展布并向NEE方向收敛,中段主导呈NNE走向,南段呈近南北向,并向南呈帚状撒开。
2.
Numerical modeling of Jura-type (detachment) folds by using the finite-different code FLAC shows that interlayer cohesion contrasts and overlying confining pressures are key factors for development of comb-like and trough-like folds, indicating controlling by interlayer competence contrast and burial depth.
本文通过采用有限差分法(FLAC)对"侏罗山式"褶皱进行数值模拟发现,层间粘聚力差异和上覆压力是控制隔档式褶皱、隔槽式褶皱样式的主要因素,即层间的能干性差异和埋深的控制。
2) trough-like folded belt
隔槽式褶皱带
1.
During the formation process, the partition style folded belt was formed, which then gradually converted into the trough-like folded belt and finally formed the extrusion distortion belt at the root of the orogenic belt.
受构造带控制,各变形区的油气勘探应有所差别:隔挡式褶皱带内次级背斜、具备较好盖层的隔槽式褶皱带及逆冲推覆体之下具有较好石油地质条件地区成为有利勘探靶区。
3) ejective fold
隔挡式褶皱
1.
The high and steep structures in east Sichuan, located in east Sichuan Basin, are composed of ejective folds.
其构造变形经历了由隔槽式褶皱到“两背一断”,最终形成隔挡式褶皱的演化过程。
2.
The structures in east Sichuan, located in east Sichuan Basin, are composed of ejective folds.
华蓥山和七耀山两大基底断裂成为川东隔挡式褶皱与川中穹隆、湘鄂西隔槽式褶皱的分界线,并控制了盖层的沉积相发育。
4) comb-like fold
隔档式褶皱
1.
Lower interlayer competence contrast will produce trough-like folds whereas higher interlayer competence contrast will lead to comb-like folds.
本文通过采用有限差分法(FLAC)对"侏罗山式"褶皱进行数值模拟发现,层间粘聚力差异和上覆压力是控制隔档式褶皱、隔槽式褶皱样式的主要因素,即层间的能干性差异和埋深的控制。
5) partition style folded belt
隔挡式褶皱带
1.
During the formation process, the partition style folded belt was formed, which then gradually converted into the trough-like folded belt and finally formed the extrusion distortion belt at the root of the orogenic belt.
受构造带控制,各变形区的油气勘探应有所差别:隔挡式褶皱带内次级背斜、具备较好盖层的隔槽式褶皱带及逆冲推覆体之下具有较好石油地质条件地区成为有利勘探靶区。
6) rug fold
皱式褶皱
补充资料：槽形带式输送机
分子式：
CAS号：
性质：带式输送机的一种。由于槽形带有较深的槽，它有较大的装载截面和较大的输送能力，安全、输送量及输送距离有较大的适应范围。在散状固体物料输送中被广泛采用。槽形有20°,35°及45°三种，其输送机制造行业中已实现标准化。槽形带式输送机需要用薄层结构柔性高的输送带去适应托辊的槽形。
CAS号：
性质：带式输送机的一种。由于槽形带有较深的槽，它有较大的装载截面和较大的输送能力，安全、输送量及输送距离有较大的适应范围。在散状固体物料输送中被广泛采用。槽形有20°,35°及45°三种，其输送机制造行业中已实现标准化。槽形带式输送机需要用薄层结构柔性高的输送带去适应托辊的槽形。
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