goniometry
英
美
n. 角度测定；测角（向）术
双语例句
- Identifying multiple targets by a single vector hydrophone based on the cross-spectrum goniometry
单矢量水听器基于互谱测向的多目标分辨 - Study on subsection Douglas algorithm with the goniometry in generalization
矢量数据压缩的角度分段道格拉斯算法研究 - Using trigeminy tripod method weakens instrument center deviation and target partiality error, thereby improve wire goniometry and ranging accuracy.
运用三联脚架法减弱仪器对中误差和目标偏心误差，从而提高导线测角和测距精度。 - The thesis discusses a method of vector data compression: subsection Douglas algorithm with the goniometry.
本文提出了一种矢量数据压缩方法：角度分段道格拉斯算法。 - Aiming at the target through X12 sight of TV goniometry, the firer presses the firing trigger and keeps the cross hairs of the sight on the target.
通过电视角度测定法的X12瞄准具对准目标，发射者按发射板机和保持瞄准具的交叉瞄准线在目标上。 - Synthetic Accuracy of Measuring Quiescing Goniometry with Two Autocollimators These methods include interferometry, autocollimators, and differential detection based on the internal reflection effect.
用双自准直仪测量静态测角分度误差就干涉法、自准直法和全内反射差动探测法等测量方法的原理及特点进行了讨论。 - Reliability Analysis of a Few Goniometry Control Net of Typical Figure
几种典型图形控制网的可靠性分析 - This paper introduces the method for the synthetic of measuring quiescing goniometry with two autocollimators and precise angle dividing table. The research of azimuth goniometry at ultrasonic
介绍一种用双自准直仪和多齿分度台组合测量静态测角分度误差的测量方法。基于超声波的方向角测量方案研究 - Research on precise goniometry system based on inductosyn
基于感应同步器的精密测角系统研究 - Through predicting error of transfixion measurement, constitutes the scheme of reasonable measurement, by using the methods of GPS conjunction and gyrostatic orientation survey and os on, raises the precision of goniometry and ensures the project favorable transfixion.
通过贯通测量误差预计，制定合理测量方案，利用GPS联测加测陀螺定向等方法，提高测角精度，保证工程顺利贯通。 - The conventional ground survey taking goniometry, ranging and leveling as the principal part for a long time is gradually being replaced by GPS technology with one-time determination of 3-D coordinates, high-velocity, high-efficiency and high-precision.
长期以来用测角、测距、测水准为主体的常规地面测量，正在逐步被以一次性确定3维坐标的高速度、高效率、高精度的GPS技术所代替。