1) non-orientated connecting traverse
无定向附合导线
1.
This paper introduces the application of non-orientated connecting traverse,two methods of adjustment as well as the analysis of accuracy.
本文介绍了无定向附合导线的应用、两种平差计算的方法及精度分析 ,证明了无定向附合导线是一种可靠、实用的控制方法。
2) non-oriented traverse
无定向导线
1.
Due to the few redundant observations,the single non-oriented traverse has low reliability.
在这些控制点间进行控制网加密,就只能采用无定向导线及导线网的形式。
2.
Due to the few redundant observations,the single non-oriented traverse has low reliability,and its lateral-errors of traverse points are always not permitted.
在这些控制点间进行控制网加密 ,就只能采用无定向导线及导线网的形式 。
3) directional annexed traverse
方向附合导线
1.
Adjustment of directional annexed traverse after gyro-orientational line observed;
加测陀螺定向边后方向附合导线的平差
4) Non direction traverse
无定向角导线
5) radiorange orientation
无线电导航定向
6) connecting traverse
附合导线
1.
Aimed at the shortcomings of connecting traverse accuracy calculation formula in using,this paper, using adjustment of condition equations method, gives out a group of strict formula, which can be applied to arbitrarily shape connecting traverse error calculation.
针对现有附合导线精度计算式在使用上的不足,运用条件平差方法,推导出适合任意形状附合导线误差计算的严密公式。
2.
Since open pit has the characters of especial environment and fluid and frequent operations,the resection measurement and connecting traverse becomes a suitable and efficient surveying method to the open pit mining operation.
露天矿采场环境特殊且工作具有流动性和频繁性,对此,后方交会和附合导线相结合是一种比较适合露采工作需要同时又能提高工作效率的测量方法。
3.
In this article,a formula of the mean square error of azimuthis derived from any sides of the connecting traverse based on the condition adjustment theory.
以条件平差原理为基础,推导了求附合导线平差后的任一边方位角的中误差公式,传统的方法中,首先把方位角条件作为第一组条件式进行平差,然后利用第一组改正后的方位角改化二个坐标条件方程式即第二组条件式,最后解出附合导线平差后任一边方位角的权倒数,从而求出附合导线平差后任一边方位角的中误差;计算过程相当烦琐。
补充资料：向附
1.向慕归附。
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