1)  geometric leveling
几何水准测量
1.
Applying the measuring principle of the trigonometric leveling with total station into the construction of urban pipeline engineering can replace the traditional geometric leveling method.
把全站仪三角高程的测量原理运用到城市管道工程的建设中,可以代替传统的用几何水准测量高程的方法。
2)  Theoretic misclosure orlevelling
几何水准测量理论闭合差
3)  geometry
几何
1.
Research on the Satellite s Geometry Attitude Determination;
卫星姿态的几何确定方法初探
2.
Method of detecting collision of spatial pipes based on geometry;
一种基于几何的空间管道碰撞检测算法
3.
Analysis on infiltration of alternating thought to geometry teaching;
浅析变换思想在平面几何教学中的渗透
4)  geometric
几何
1.
A method is presented to analyze the behavior of concrete-filled steel tubular (CFST) arch, which considers the material and geometric nonlinear property, and a finite element program.
提出考虑材料与几何双重非线性的钢管混凝土肋拱面内受力的计算方法并编制了有限元程序。
5)  Geometrical Condition
几何条件
1.
Applying the principle of the graph theory put for-ward the method which forms thegeometrical conditions of the contrl network tomatcally and then discussed thestransformation on contr-ol network to form base-line condition.
本文分析了控制网与图的内在关系,应用图论的原理给出了自动生成控制网几何条件的方法,并讨论了生成基线条件时对控制网的拓扑变换。
2.
This paper analyzes the closure error and tolerance of the geometrical condition existing in the plane control network,and based on the production practice,introduces some methods and experiences of making the check calculation of the closure error by using EXCEL.
分析了平面控制网存在的几何条件闭合差及其限差,并根据生产实际,介绍了利用Excel进行闭合差验算的一些方法和经验。
3.
To meet the needs that obstacles would be mounted in the tube to change the geometrical conditions and that the inner wall of the tube should be made repalceable by some porous materials for changing the physical boundary conditons, a specially designed testing section .
为开展边界物理和几何条件对气相爆轰波传播影响的系统研究,需要对已有的40×40mm方截面双层爆轰激波管进行改造。
6)  geometric factor
几何因子
1.
Normalized geometric factor in borehole condition and its application;
归一化的井条件下的几何因子及其应用
2.
Way of the cave effect correction of array induction logging based on geometric factor;
基于几何因子的阵列感应测井井洞影响校正方法
参考词条
补充资料:几何水准测量

水准测量又名“几何水准测量”,是用水准仪和水准尺测定地面上两点间高差的方法。在地面两点间安置水准仪,观测竖立在两点上的水准标尺,按尺上读数推算两点间的高差。通常由水准原点或任一已知高程点出发,沿选定的水准路线逐站测定各点的高程。由于不同高程的水准面不平行,沿不同路线测得的两点间高差将有差异,所以在整理国家水准测量成果时,须按所采用的正常高系统加以必要的改正,以求得正确的高程。我国国家水准测量依精度不同分为一、二、三、四等。一、二等水准测量称为“精密水准测量”,是国家高程控制的全面基础,可为研究地壳形变等提供数据。三、四等水准测量直接为地形测图和各种工程建设提供所必需的高程控制。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。