1) mass runoff
径量
2) measuring path
测量路径
1.
Based on the analysis of existing CMM measuring path planning algorithms, a kind of planning method of CMM measuring path is proposed based on the known CAD model and vector resemble selection algorithm.
在分析现有三坐标测量机(CMM)测量路径算法的基础上,提出一种基于已知CAD模型和矢量相似淘汰算法的CMM测量路径规划方法。
2.
The measuring path generation of 3 D Coordinate Measuring Machine (CMM) is an important function in modern measuring software system.
测量路径的自动生成是现代三坐标自动测量机软件系统的一个重要功能。
3.
Aiming at measuring path planning by using peak value,neural network predictor based on parameter model is presented.
针对峰值法中测量路径规划问题,提出了基于参数模型学习的神经网络预测器。
3) diameter measuring
直径测量
1.
Laser scanning system for diameter measuring of which scanning object lens are free;
无扫描物镜的激光扫描直径测量系统
2.
After smoothing fiber border,a new diameter measuring method based on the pixel numbers is.
以棉的纵向形态直径测量为例,提出在轮廓跟踪的同时判别纤维交叉和头端的算法;根据棉的纵向形态边缘经平滑后纤维轮廓光滑的特点,提出基于像素长度的纤维直径测量新方法。
3.
In this paper,a diameter measuring technique of slender glass tube based on CCD assembling is presented.
提出了一种基于CCD拼接技术的高精度直径测量方法。
4) Logging Hole Diameter
井径测量
1.
Discussions on Application of LVDT Sensor in Logging Hole Diameter;
LVDT传感器在井径测量中的应用探讨
5) runoff
[英]['rʌn,ɔ:f] [美]['rʌn,ɔf]
径流量
1.
Estuary runoff and amount of transported sediments of Yellow River and ecological environments of Yellow River Delta;
黄河入海口径流量和输沙量对黄河三角洲生态环境的影响
2.
Human-induced alterations in runoff of the Yangtze River;
人类活动对长江径流量特性的影响
3.
Study on the runoff calculation method in watershed by using GIS;
利用地理信息系统进行流域径流量计算的方法研究
6) particle size measurement
粒径测量
1.
A new particle size measurement technique based on the binocular vision and the particle image gray difference was suggested and a corresponding inquiry system was developed.
提出了一种新的基于双目视觉和灰度差分的粒径测量方法,并开发了相应的查询系统。
补充资料：径向量
径向量
radius vector
径向最lra咖5 vector;p幼.yc一砚KT0p]，空间中一点的 从预先固定的称之为原点(面乡n)的某一点到该点的向量.BC3一3撰[补注]径向量亦称为位置向量(position vector). 如果给定了通过原点的基方向为Vl，…，V，的一组坐标轴，那么位置向量关于这个仿射坐标系(团功ccoordinate system)的第i个坐标由因数x，决定，使得x，。i是位置向量在第i个坐标轴上沿其余方向的平行投影.潘养廉译
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