1.
Influence of Sounding Positioning Errors on Current Meter Discharge Measurement at Zhicheng Station
测深定位误差对枝城站流速仪法流量测验的影响
2.
Hydrographic Surveying Based on GPS Precise Point Positioning
基于GPS精密单点定位技术的水深测量
3.
In discharge measurement by the velocity-area method, determining positions of velocity and depth-measuring verticals is a prerequisite condition to this measurement.
流速-面积法流量测验中,测深测速垂线的定位是流量测验的前提。
4.
A knot or piece of material placed at various measured lengths on a lead line to indicate the depth of the water.
测标系在测深绳上已测定过长度的不同位置之处的结或一种物质，以此来测定水深
5.
FEASIBILITY DISCUSSION OF METHODS OF PULSAR AUTONOMOUS NAVIGATION AND TIMING FOR DEEP SPACE PROBE
脉冲星用于深空探测器导航定位及授时的探讨
6.
RTK High Accuracy Positioning Technology in Water Depth Survey Application and Analysis
RTK高精度定位技术在水深测量中的应用分析
7.
from locating the sea bottom to locating a shoal of fish.
从测定海深到测定鱼群，
8.
a nautical unit of depth.
测量深度的航海单位。
9.
find the depth of water in a ship's hold(with a sounding rod)
（以测深杆）测定船舱内的水深.
10.
Its diameter is about3000 meters, and the depth is250 meters.
它的直径约3000米，深约250米；据同位素地质年龄测定约七千万年。
11.
Orientated Prospecting Prognosis of the Concealed Ores of the Xiaohe～Shimenkan Copper Deposits in the Dayao Copper Deposits Area;
大姚铜矿小河～石门坎深部隐伏矿床定位预测研究
12.
Ideal structural superimposed halo model of deep blind gold orebodies prediction in Gansu Yangshan
甘肃阳山金矿床深部盲矿定位预测的构造叠加晕理想模型
13.
A New Defining Method of Deep Concealed Ore Bodies,a Case Study at the Qiagong Iron Deposit in Tibet
铁矿床深部矿体定位预测的一种新途径——以西藏恰功铁矿为例
14.
hyperbolic positioning
双曲线定位，测距差定位
15.
The application of deep displacement monitoring technology in urban deep excavation monitoring
深部位移监测技术在城市深基坑监测中的应用
16.
too deep to determine the depth of.
太深，以至不能测定其深度。
17.
fault-locating test
故障部位测试故障定位测试故障定位测试法
18.
detemination of ammonium (potentiometric method)
磷的测定法-电位测量法