1.
The Research on Hydraulic Characteristics of Migration of Piped Carriage under Different Placed Angles
管道车在不同导流条安放角条件下运移的水力特性研究
2.
Experimental Study of the Effect of Guide Vanes Installing Angle on Characteristics of Tube-contained Raw Material Transportation;
导流条安放角对筒装料管道水力输送特性影响的试验研究
3.
An electric current was passed through the wire, thus making the rod magnetic.
导线通过电流，铁条便带了磁性。
4.
General specification for cascade speed control assembly with semiconductor converter
GB/T12669-1990半导体变流串级调速装置总技术条件
5.
General specification for marine semiconductor convertors
GB/T14548-1993船用半导体变流器通用技术条件
6.
LOSS CALCULATION FOR INDUCTION MACHINE ROTOR BAR WITH NON-SINUSOIDAL CURRENT
异步电机转子感应非正弦电流时的导条损耗
7.
A Study of the Eddy Current Distribution inside a Conductor Cylindrical Boundary Surface for Quasi-steady-state
似稳条件下导体圆柱面内的涡电流分布研究
8.
Solution of the Eddy Current Distribution inside a Conductor Cylindrical Boundary Surface for Quasi-steady-state
似稳条件下导体圆柱面内的涡电流分布的求解
9.
Study on the Rheologic Fracture of Jointed Rock Mass under Inducing Condition and Its Engineering Application;
诱导条件下节理岩体流变断裂理论与应用研究
10.
The Constraint Conditions and Growth Mechanism for Circulation Industry to Become "Forerunner Industry";
流通业成为“先导性产业”的约束条件和成长机制
11.
The Sufficient and Indispensable Condition only Related to Transmissive Current;
磁场强度只与传导电流分布有关所满足的条件
12.
Conditions Where Magnetic Field Intensity Vector Relates Only to Conduct Electricity;
磁场强度矢量仅与传导电流有关的条件
13.
FlexPDE Simulation of Magnetic Field Generated by Four Parallel Infinitely Long Straight Current-carrying Wires
FlexPDE模拟四条平行载流无限长直导线周围磁场
14.
Tests on Improving Flow Conditions at the Entrance of Approaching Channel by Diversion Pier;
导流墩改善船闸引航道口门区水流条件的试验研究
15.
Non-Darcy flow IPR curve of gas wells with vertical fractures of finite conductivity
非达西流动条件下有限导流垂直裂缝气井IPR曲线
16.
every stream that joined the great river carried its legends,
条条支流都流淌着传说，
17.
General specification for speed control assembly with semiconductor adjustable frequency for A.C.motor
GB/T12668-1990交流电动机半导体变频调速装置总技术条件
18.
The results show that “Non-continuous current stage” was a important condition for triggered the dart-leader and the subsequent return stroke.
结果指出：“无连续电流阶段”是激发直窜先导和继后回击的重要条件。