1) impinging jet
冲击射流
1.
PIV experimental research on supersonic impinging jet;
超声速冲击射流的PIV实验研究
2.
Large eddy simulation of secondary eddy for impinging jet;
冲击射流二次生成涡的大涡模拟研究
3.
The study of vortex structure of impinging jet calculated using the swirling strength method;
基于旋涡强度方法的冲击射流涡结构研究
2) impact jet flow
冲击射流
1.
Based on the research result of impact jet flow, this paper analyzes the diffusion laws ofsubmersed slant jet flow, and introduces the variable characters of physical parameters inevery sub-region of jet flow in plunge pool.
应用冲击射流的研究成果,详细地分析了水垫塘内淹没冲击射流的扩散规律和各射流区域主要物理量的变化特征。
3) air-impingement
射流冲击
1.
Experimental research on roasting sweet potato with air-impingement technique;
气体射流冲击烘烤甘薯的试验研究
2.
Air-impingement is a new drying technology.
气体射流冲击技术是一种新的干燥方法，由于喷嘴喷出的气体具有极高的速度，将其直接冲击到需干燥的物料表面时，气流与物料表面之间产生非常薄的边界层，因此其换热系数比一般热风换热要高出几倍以至一个数量级。
4) jet impinging
射流冲击
1.
A creative conception was proposed to enhance heattransfer of grinding contactzone through jet impinging on the basisof analysis on the mechanism of burn during creep feed grinding,and an experimen- tal study was made on the characteristics of augmentation of heattransferwith jetimpinging.
在分析缓进给磨削时烧伤机理的基础上 ,提出了高压射流冲击强化磨削弧区换热的创新构想 ,并通过传热学基础实验研究了射流冲击强化换热的传热特征 。
2.
A new method of enhancing heat transfer in grinding contact zone with jet impinging is presented on the basis of analysis on the mechanism of workpiece burn in creep feed grinding.
在缓进给磨削时烧伤机理分析的基础上，提出了高压射流冲击强化磨削弧区换热的创新构想，并通过缓进给断续磨削时施加侧向射流冲击弧区的磨削实验研究其换热效果。
3.
A creative conception is proposed to enhance heat transfer in grinding contact zone through jet impinging on the basis of analysis on the mechanism of burn during creep feed grinding, and a new apparatus of slotted & perforated electroplated CBN grinding wheel with radial jet is developed, the effect on heat transfer is studied through the experiment of intermitted creep feed grinding.
在对缓进给磨削时烧伤机理的分析基础上,提出了高压射流冲击强化磨削弧区换热的创新构想,研制了带径向射流的CBN 开槽砂轮试验装置,并通过缓进给断续磨削时采用径向射流冲击弧区的磨削实验研究其换热效果。
5) jet impingement
射流冲击
1.
Experimental study of the effects of tabs on jet impingement heat transfer;
突片射流冲击冷却换热特性的实验
2.
Experimental investigation on discharge coefficient of jet impingement holes within semi-confined channel
半封闭通道射流冲击孔流量系数的实验
3.
The thermal visualizations of jet impingement cooling with tabs are measured by using infrared camera to reveal the effects of tabs on convective heat transfer of impingement cooling.
运用数值计算方法对射流孔上加三角形突片和不加突片的射流冲击冷却在不同的冲击间距、不同的射流雷诺数下的流动和传热过程进行了三维数值模拟,并采用红外热像仪测试技术对加装突片后的射流冲击冷却进行了热像显示试验,揭示了突片对改善冲击换热特性的影响。
6) impinging jet
射流冲击
1.
A novel uniform heating method by impinging jet moving to-and-fro along the width of a heating object was proposed in this paper.
本文提出了喷嘴沿被加热物体宽度方向往复移动式射流冲击加热方法,该加热方法可提高被加热物体的等温性。
补充资料：标准操作冲击电压波形(见冲击电压发生器)
标准操作冲击电压波形(见冲击电压发生器)
standard switching impulse voltage waveform
b .oozhun CooZuo ChongJld，onyo boxlng标准操作冲击电压波形(standard switchingimpulse voltage waveform)见冲击电压发生器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条