1.
New Challenges,New Chances,New Contributions--A Look Forward to the Future of Fluid Power Technology
新挑战,新机遇,新贡献——未来流体动力技术的展望与期盼
2.
speed control technology of D.C.drive
直流电力拖动调速技术
3.
speed control technology of A.C.drive
交流电力拖动调速技术
4.
"The technology of using the flows and pressures of fluids in sensing, control, and information-processing systems with no moving parts."
射流技术一种利用流体动力现象使不运动部件来完成传感、控制和信息传送等功能的控制技术
5.
Individualized Hemodynamics Model and Experimental Verification of the Intracranial Aneurysms Based on Computational Fluid Dynamics Technique;
基于计算流体力学技术的个体化颅内动脉瘤的血流动力学模型与实验
6.
High Resolution Numerical Methods and Adaptive Mesh Refinement Algorithms for Compressible Multi-Fluid Dynamics;
可压缩多介质流体动力学高精度数值计算方法和网格自适应技术
7.
The simulation software development of the steam power system based on fluid-network modeling technology
基于流体网络建模技术的船舶蒸汽动力系统仿真软件开发
8.
Electrohydrodynamic Jet Printing Capable of Removing Substrate Effects and Modulating Printing Characteristics
一种可消除承印物影响的电流体动力喷墨打印技术
9.
Research on Converting Technique in Power Accumulator Battery Testing System;
动力蓄电池组测试系统变流技术研究
10.
Research on Critical Technology of Elastohydrodynamic Traction Experiment System;
弹流拖动力试验系统关键技术的研究
11.
Research on the Fluid Pressure Sensing Technology Based on the Fiber Bragg Grating;
光纤Bragg光栅流体压力传感技术的研究
12.
Basic Research of Ultrosonic Traveling Wave Microfluid Driving Technology;
超声行波微流体驱动技术的基础研究
13.
Research of Wireless-network Streaming Media Sharing Technique Base on JXME;
基于JXME的移动流媒体共享技术研究
14.
Research on Electrokinetic Microflow Measurement Based on Micro-PIV;
基于Micro-PIV技术的电动微流体测量研究
15.
The Application of Streaming in the Environment of China Mobile
流媒体技术在移动通信网络中的应用
16.
On the Technology of Network Teaching Platform Based on Mobile Streaming Media
移动流媒体网络教学平台技术的探讨
17.
Flow Control Technique for Forward-swept Wing Blended Body Tailless Configuration
前掠翼融合体无尾布局流动控制技术
18.
Investigation on Fluid Mechanics and Technology of Air-Blow Feeding for Sintering of Iron Ores;
烧结气流布料的流体力学基础及技术开发