1) landslide with high potential energy
高位能滑坡
1.
The end point of the front edge of the landslide with high potential energy could arrive at the place apart from its forming area.
高位能滑坡前缘运动终点可到达滑坡形成区域之外极远处,预测其运程具有重要意义。
3) landslide displacement
滑坡位移
1.
The Kalman smoother is used to deal with the monitoring data of the landslide displacement in order to highl.
针对传统方法中利用Kalman滤波器来处理物体的形变数据存在精度低的缺点,依据Kalman平滑比滤波的精度要高的原理,提出了将滑坡形变的估计问题视为Kalman平滑问题,而不仅仅是Kalman滤波问题;利用Kalman最优平滑器来处理滑坡位移监测数据,可使滑坡预测预报的精度得到较大提高,并在此基础上给出了一种固定区间平滑算法;最后,以龙羊峡龙西滑坡为例进行了实例分析,结果表明本文提出的方法是可行和有效的。
2.
We presented a novel method for forecasting landslide displacement based on phase space reconstruction and support vector machine.
提出了一种基于相空间重构与支持向量机预测滑坡位移的新方法。
4) shallow-seated slope
浅位滑坡
5) high speed landslide
高速滑坡
1.
Dynamical analysis on the whole process of acute colliding high speed landslide;
剧冲式高速滑坡全程动力学机理分析
2.
A new method for forecasting the severity of activity of high speed landslides is presented, in which the variations in the deformation and speed of the sliding mass can be considered simultaneously with the conversion and dissipation of energy.
考虑滑坡过程中速度和变形的不均匀性、变形能的改变以及能量的损耗 ,提出了预测高速滑坡活动强度的一种新方法 。
3.
Based on the analysis on the formation mechanism and characters of motion and accumulation for high speed landslide, the speed and deformation of the sliding mass are of inhomogeneity, and its motion process is in company with the accumulation, release and loss of strain energy.
基于对高速滑坡发生机理的认识及对其运动特征和堆积特征的分析 ,认为滑体内部的速度和变形具有不均匀性 ,且运动过程伴随着变形能的积累、释放和损耗。
6) high-speed landslides
高速滑坡
1.
Many serious disasters are resulted from high-speed landslides,which take huge energy and high speed as their characteristics.
针对高速滑坡能量大、速度快,往往会带来灾难性破坏的严峻现实,研究滑坡的发生机制、分析滑坡体的滑动时间及滑动速度对预测滑坡体的破坏特征具有重要意义。
2.
In the paper the high-speed landslides of Guizhou are related by the actual examples, the existence of the high-speed landslides in Guizhou is confirmed and their identified ways are accounted.
首次通过实例对贵州的高速滑坡进行了讨论 ,肯定了高速滑坡在贵州的存在 ,说明了高速滑坡的识别方法。
补充资料：高位能
分子式：
分子量：
CAS号：
性质：见010 。
分子量：
CAS号：
性质：见
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