1.
Micro-vortex Control and Multi-intensified Water Treatment Integrated Technology and Its Application
微涡旋控制多元强化水处理集成技术及其应用
2.
Numerical Simulation and Experimental Research on Flow Control Forming Technology of Scroll;
空调压缩器涡旋盘流动控制成形工艺数值模拟及实验研究
3.
Numerical Study of Combined Perturbation Control of Asymmetric Vortices on a Slender Body of Revolution at High Angle of Attack
大攻角细长旋成体非对称涡组合扰动控制的数值研究
4.
A vortex, as of a whirlwind or whirlpool.
涡流，如旋风或旋涡的
5.
The viscous force constantly drains eddy energy and limits the population of eddies.
粘性力不断消耗旋涡的能量，从而抑制着旋涡的繁殖。
6.
Generation of Optical Vortices With Intensity Modulation Via Advanced Sprial Phase Plate;
利用改进的螺旋相位板产生强度调制光学涡旋
7.
Design & establishment of locked rotor test bench for scroll compressor
涡旋压缩机堵转测试台的设计与制作
8.
The formation mechanism and evolution of the double piral arms in vortex
涡旋中双臂形成的物理机制及其演变
9.
A low-speed wind tunnel test shows that beneficial effects on enhancing lift can be obtained by using internal acoustic excitation to control the shedding vortices.
二元后台阶低速风洞实验表明,用内部声激励控制脱落旋涡能够获得有利的增升效应。
10.
A Testing System Based on LabVIEW for Performance Characters of Converter Scroll Compressor;
基于LabVIEW的变频涡旋压缩机性能测控系统的研究
11.
It is believed the Warlocks are able to create a Mana Vortex capable of doubling their mana capacity.
据信妖术师能制造使他们法力翻倍的魔力旋涡。
12.
Viscosity overwhelms the smallest eddies and converts their energy into heat.
粘性制服了最小的旋涡而将其能量转换为热。
13.
SCROLL COMPRESSOR MODULATION TECHNOLOGY BASED ON REFRIGERANT RELEASE
基于制冷剂泄出的涡旋压缩机容量调节技术
14.
EXPERIMENTAL STUDY ON OPERATING CHARACTERISTIC OF DVM SYSTEM UNDER HEATING CONDITION
数码涡旋多联式空调系统制热运行实验研究
15.
Dynamic characteristics analysis for condenser of refrigeration system with digital scroll variable capacity
数码涡旋变容制冷系统冷凝器动态特性分析
16.
Optimum design of spiral flexure spring for high-frequency pulse tube cryocooler
用于高频脉管制冷机的涡旋板弹簧的优化设计
17.
Analysis of the Structures and the Mechanisms of the Cyclonic Eddies to the Northwest of Luzon Islands
吕宋岛西北海域气旋式涡旋的结构及其形成机制
18.
Therefore, they may be regarded as important souree regions of eddy kinetic energy during the time period of generation.
因而这些地区在涡旋动能制造时期可以被看成是重要的涡旋动能源.