地质观测

地质观测点的分布对趋势面分析的影响

The Effect of Geological Observation Point Distribution on Trend Surface Analysis

在此基础上，探讨了在基于地质观测数据、钻孔数据、平面图数据、剖面图数据的断层建模方法和建模流程。

On basis of this model , the modeling methods and modeling flow were discussed based on data source of geological observation , drillhole , ichnography and section map . 5 .

因此，它们不属活动断层，这个结论也被其它地质观测手段所证实。

This conclusion is supported by other geological observations as well .

由于基坑地质及观测环境的多样性和复杂性，基坑位移监测数据处理的理论模型与实际模型之间存在着模型误差。

Due to the variousness and the complexity of the geological conditions and the observation environments of a pit , it is unavoidable for model errors to exist in the data processing model of pit displacement monitoring .

不良地质隧道变形观测分析方法

A method of observational analysis of bad geology tunnel transfiguration

海底地质取样和观测

Geological sampling and observation at the sea bottom

万全井水位持续两年的下降现象，是在特定的水文地质条件和观测条件下，地壳弹性储量消耗引起孔隙水压降低的结果；

The water level descension lasted for two years is as a result of decrease of pore water pressure caused by the consumption of elastic reserve under the special hydrogeological and observation conditions ;

利用地质及地球物理观测方法解释岩石物理特性的实验结果

Interpretation for the laboratory results of mountain rock physical properties obtained by means of geological and geophysical observation

非费克溶质传输在现地和实验室尺度的多孔隙介质与裂隙地质构造都可观测到。

Non-Fickian solute transport has been observed at field and laboratory scales in a wide variety of porous and fractured geological formations .

针对该区的地表和地质情况，在观测系统设计方面，以以往地震资料和测井资料为基础，建立该区的地质模型，利用射线追踪技术选取合适的观测系统参数。

In the aspect of designing observation system , aiming at the surface and geology condition of this area , the geology model was designed based on the seismic and logging data before and the suitable observation system parameters are chosen by using the technology of ray tracing .

矿井地质工作也就是在矿井生产阶段，进行矿井地质观测、编录和综合分析，提供生产各个阶段的地质资料。

The mine geological work includes the geological observation , catalogue and synthetic analysis etc. at mine production stage and pro-vides the geological dala of every production stage .