1.
APPLICATION OF CYLINDRICAL CAVITY EXPANSION THEORY TO SOLVE THE CRITICAL DEPTH OF PRESSUREMETER TEST
圆孔扩张理论求解旁压试验临界深度
2.
The following details pertain primarily to the critical-depth flume.
下面的详细说明主要是针对临界深度型水槽的。
3.
Getermination of groundwater critical depth in Da'an irrigation canals area for Songnen plain
松嫩平原大安灌区渠系地下水临界深度的确定
4.
critical course and depth monitor
临界航向与深度监视器
5.
Determination of Critical Power Density of Laser Deep-Penetration Welding
激光深熔焊接下临界功率密度的确定
6.
upper critical temperature
临界温度上限 临界温度上限
7.
The ceitical valueis stimulus intensity corresponding to the critical point.
临界点所对应的刺激强度为临界值。
8.
Iterative Computation of the Depth of Water under the Normal Conditions and Critical Depth of Water at Trapezoid Open-ditch
梯形明渠正常水深和临界水深的迭代计算法
9.
critical temperature thermistor
临界温度热敏电阻器
10.
fine-wire stagnation temperature probe
细丝临界温度探测器
11.
torsional critical speed
扭转临界速度 -电机的
12.
critical cooling rate
马氏体临界冷却速度
13.
critical thickness of an infinite slab
无限平板的临界厚度
14.
critical temperature of plasma
等离子体的临界温度
15.
threshold population inversion density
临界粒子数反转密度
16.
a critical temperature of water is 100 degrees C--its boiling point at standard atmospheric pressure; critical mass; go critical.
水的临界温度是摄氏100度——标准大气压下的沸点；临界物质；达到临界。
17.
Computing Critical Water Depth of Trapezoid Open Channel by Using Steffensen Iteration Method
用Steffensen迭代法计算梯形明渠的临界水深
18.
A Method for Calculating Critical Water Depth of Open Channel with Trapezoid Section and Smooth Slope
小底坡梯形明渠临界水深求法探讨