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1)  colluvial landslide induced by rainfall
降雨型堆积层滑坡
1.
A systematic study is carried out on the displacement law,the dynamic process and feature of load and unload for the colluvial landslide induced by rainfall in the Three Gorges by means of load-unload response theory.
应用加卸载响应比理论对长江三峡库区典型降雨型堆积层滑坡的位移失稳规律、加卸载动力学作用过程与特点等进行了系统研究,确定了该类滑坡加卸载参数及加卸载响应参数,建立了加卸载响应比预测模型。
2)  precipitation-induced landslide
降雨型滑坡
1.
Logic regression model was applied into the precipitation-induced landslide early warning and forecast.
论文以四川省雅安市雨城区为研究区,将逻辑回归模型引入区域降雨型滑坡预警预报,建立了同时考虑降雨强度和降雨过程的降雨临界值表达式。
3)  accumulative landslide
堆积层滑坡
1.
Application of loading/unloading response ratio theory to prediction of accumulative landslide;
加卸载响应比理论应用于堆积层滑坡预报
2.
On the basis of the analysis on various factors that influence the high slope stability,the deformation failure mode of the slope is a middle-shallow accumulative landslide which is composed of soil and rock.
分析了某水库溢洪道左侧高边坡工程地质条件及影响边坡稳定的各种因素,认为该高边坡变形破坏类型属中浅层土石混合堆积层滑坡。
4)  accumulation landslide
堆积层滑坡
1.
In order to improve our understanding of the fundamental mechanism of accumulation landslide induced by rainfall infiltration and to clarify some important slope characteristics varing with time lapse,the artificial rainfall simulation tests and the field synthetic monitored method are carried out in a typical accumulation slope in the section K85+650~690 of Shanghai-Ruili Expressway of China.
为了对降雨入渗诱发堆积层滑坡的失稳机理有较深的了解,以及研究边坡性状随时间变化的一些重要特性,选取上瑞高速公路贵州段K 85+650~K 85+690典型堆积层边坡进行人工降雨模拟试验和原位综合监测。
2.
To counter the motion deformation characteristicscs of accumulation landslide.
针对堆积层滑坡变形破坏特点,运用灰色理论,对滑坡位移观测资料进行了处理,求出了灰色位移矢量角。
5)  colluvial landslide
堆积层滑坡
1.
Analysis of displacement dynamic features of colluvial landslide induced by rainfall;
降雨诱发型堆积层滑坡的位移动力学特征分析
2.
Moreover,the relevant displacement load-unload response ratio can be used as the displacement dynamic parameter of colluvial landslide in term of the essential principle of the load-unload respo.
在系统分析堆积层滑坡的物质组成和失稳动因的基础上,运用加卸载响应比理论的基本原理,首次提出了将降雨和孔隙水压力的变化作为滑坡的加卸载参数,相应平均位移速率的变化值为加卸载响应参数,由此所确定的位移加卸载响应比作为堆积层滑坡的位移动力学参数,并根据堆积层边坡位移动力学规律论证了该位移动力学参数在滑坡预测预报的可行性和有效性。
6)  debris landslide
堆积层滑坡
1.
A displacement dynamics parameter of debris landslide induced by water and its application t o stability evaluation——Taking Huanglashi landslide in Three Gorges Reservoir area for example;
水诱发堆积层滑坡位移动力学参数及其在稳定性评价中的应用——以三峡库区黄腊石滑坡分析为例
2.
Effect of groudwater on the debris landslides in three gorges reservoir regions;
地下水在三峡库区堆积层滑坡中的作用
3.
On the basis of the systematic analysis of the dynamic displacement factors and destabilized mechanism of debris landslide induced by water,the dynamic action and its response law of groundwater in the process of the dynamic stability evolution of the slope are systematically analyzed.
在系统分析水诱发堆积层滑坡位移与失稳动因与机制的基础上,深入研究并总结地下水在堆积层滑坡稳定性演化过程中的动力作用与动力响应规律和特点,发现水诱发堆积层滑坡的位移与失稳直接受地下水位变化量控制,且其位移规律与地下水位变化量存在对应关系。
补充资料:层积型电子照相感光体
分子式:
CAS号:

性质:由电荷产生层(CGL;charge carrier generation layer)和电荷转移层(CTL;charge carrier transport layer)层积组成的静电复印感光体。通常,在支撑体(如聚酯膜)镀铝导电层基板上涂以CGL(由电荷产生材料和少量树脂组成的,厚度一般为0.1~0.4μm),然后再涂上CTL(由电荷转移材料和聚碳酸酯等树脂组成,厚度一般为5~30μm),感光体受电晕放电处理之后,表面上充满了均匀的电荷(正电荷或负电荷),受到光照时,CGL中的电荷产生材料分子形成电荷载流子,如果感光体表面带负电荷,则空穴通过CTL中的电荷转移材料分子传递到表面与负电荷中和,使光照部位的电荷消失。如果感光体表面带正电,则电子通过CTL传递到表面与正电荷中和。未照光的部位保留着感光体表面的电荷,形成了静电潜影。当它和带有相反电荷的静电色粉接触后就能形成影像,将色粉的影像转印到纸上,再经热处理即得到复印件。

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