1)vortex generator涡产生器
1.Study of in-line finned tube banks inter-cooler with vortex generators;顺排圆管涡产生器式中冷器研究
2.The characteristic of heat transfer enhancement and the fluid flow of the fiat tube bank fin exchanger which has vortex generators on both sides of the fin were investigated by using numerical method.采用数值模拟的方法,研究了流道内上下两肋片均布置有涡产生器的扁管管片式散热板芯的传热与阻力特性,并与流道单面布置涡产生器的换热板芯进行了对比。
3.Vortex generators(VGs) are good surface protuberances mounted or punched on surface for enhancing heat transfer,but most studies are focused on vortex generators with plain surface,and the study on VGs with curved surface is less.涡产生器可装在管片式散热器的翅片表面,是一较好的强化传热粗糙元。
2)vortex generators涡产生器
1.The Effect of Variation of Vortex Generator Height on Heat Transfer Enhancement Performance in Finned Oblate Oval Tube Test Core with Six Vortex Generators per Tube;每管六涡扁长椭圆管换热板芯涡产生器翼高对强化传热的影响
2.The numerical study on heat transfer and pressure drop characteristics of tubefin heat exchangers with the vortex generators;加涡产生器的管片式换热器换热与阻力特性的数值研究
3.Heat Transfer Enhancement and Pressure Drop of Flat Tube-Fin Heat Exchanger Surfaces with Wing-Type Vortex Generators on the Variation of Winglet Height;翼高对涡产生器式扁管板式翅片强化传热的影响
3)vortex-generator旋涡发生器，涡流产生器，扰流器
4)Delta Winglet Pair vortex generators三角小翼式涡产生器
5)vortex generator涡发生器
1.The longitudinal vortex generator is a new technique of enhanced heat transfer,this paper presents the effects of the longitudinal vortex in horizontal rectangled duct on the heat transfer coefficient and pressure drop.研究发现 ,纵向涡发生器的传热强化效果与翅前端距有很大的关系 ,并存在一个最佳的翅前端距 。
2.Delta winglet vortex generators (DWVGs) can generate longitudinal vortexes in a channel.通过在流道内安装三角形涡发生器可以产生纵向涡旋 。
3.This paper studies the heat transfer enhancement when fixing triangle vortex generators on the horizontal heating surface, while keeping low wall temperature (less than 120 ℃), making air in the condition of forced convection and Re number be in the range of 800 to 7 000.研究了在较低壁温 (小于 12 0℃ )、Re =80 0～ 70 0 0以及空气介质强迫对流的情况下 ,水平加热片上安装三角形涡发生器的强化换热效果 。
英文短句/例句
1.Effects of Vortex Generators on Maximum Lift and Stall Angle of Attack over Wings旋涡发生器对机翼最大升力和失速迎角的影响
2.THE DEVELOPMENT PROCESS AND PERSPECTIVE OF HEAT TRANSFER BY LONGITUDINAL VORTEX GENERATORS纵向涡发生器强化传热的研究历程及进展
3.Heat Transfer Characteristics and Flow Behaviors of the Longitudinal Vortex Generators in the Channel Flow;矩形通道内纵向涡发生器的换热和流动特性研究
4.NUMERICAL OPTIMIZATION OF SPACING BETWEEN LVGs IN NARROW RECTANGULAR CHANNEL窄间隙矩形通道内纵向涡发生器间距的数值优化
5.Application of the Vortex Generator to Control the PHV Cavitation应用涡流发生器抑制联体涡空泡研究(英文)
6.Experimental Study of Heat Transfer Enhancement by Using New-style Vortex Generators;新型涡流发生器强化传热的实验研究
7.Study on Application of Vortex Generators on Fin-tube Heat Exchangers;涡流发生器在圆管管片式换热器中的应用研究
8.The Realization of Multi-scroll Chaos Generator Based on CNN多涡卷混沌发生器的滞环细胞神经网络实现
9.Study on Mechanism of Heat Transfer Enhancement of Ellipsoidal Vortex Generator;斜截椭圆柱式涡流发生器强化传热机理的研究
10.The Research on Multi-scroll Chaotic Signal Generator Based on FPGA Technology;基于FPGA技术的多涡卷混沌信号发生器的研究
11.The Automatic Analysis Technology of Eddy Current Data for Steam Generator Tubes蒸汽发生器传热管涡流数据自动分析技术
12.NUMERICAL INVESTIGATION OF BOUNDARY-LAYER CONTROL USING MINUTE JET VORTEX GENERATOR微型射流涡流发生器对边界层控制的数值研究
13.turbo charter for diesel generator柴油发电机涡轮增压器
14.RTE (Regenerative Turboprop Engine)再生式涡旋浆发动机
15.An Investigation on Vortex Generator Characteristic of Small-Scale Solar Absorption Refrigeration System小型高效太阳能吸收式制冷系统涡旋发生器特性研究
16.turbojet test vehicle试验涡轮喷气发动机用的飞行器
17.matching of turbo-blower and engine涡轮增压器与发动机的匹配
18.Computation for Braking Torque of Engine Eddy Current Retarder发动机电涡流缓速器制动力矩的计算
相关短句/例句
vortex generators涡产生器
1.The Effect of Variation of Vortex Generator Height on Heat Transfer Enhancement Performance in Finned Oblate Oval Tube Test Core with Six Vortex Generators per Tube;每管六涡扁长椭圆管换热板芯涡产生器翼高对强化传热的影响
2.The numerical study on heat transfer and pressure drop characteristics of tubefin heat exchangers with the vortex generators;加涡产生器的管片式换热器换热与阻力特性的数值研究
3.Heat Transfer Enhancement and Pressure Drop of Flat Tube-Fin Heat Exchanger Surfaces with Wing-Type Vortex Generators on the Variation of Winglet Height;翼高对涡产生器式扁管板式翅片强化传热的影响
3)vortex-generator旋涡发生器，涡流产生器，扰流器
4)Delta Winglet Pair vortex generators三角小翼式涡产生器
5)vortex generator涡发生器
1.The longitudinal vortex generator is a new technique of enhanced heat transfer,this paper presents the effects of the longitudinal vortex in horizontal rectangled duct on the heat transfer coefficient and pressure drop.研究发现 ,纵向涡发生器的传热强化效果与翅前端距有很大的关系 ,并存在一个最佳的翅前端距 。
2.Delta winglet vortex generators (DWVGs) can generate longitudinal vortexes in a channel.通过在流道内安装三角形涡发生器可以产生纵向涡旋 。
3.This paper studies the heat transfer enhancement when fixing triangle vortex generators on the horizontal heating surface, while keeping low wall temperature (less than 120 ℃), making air in the condition of forced convection and Re number be in the range of 800 to 7 000.研究了在较低壁温 (小于 12 0℃ )、Re =80 0～ 70 0 0以及空气介质强迫对流的情况下 ,水平加热片上安装三角形涡发生器的强化换热效果 。
6)vortex generators涡发生器
1.The state of art about heat transfer enhancement in channel with vortex generators;通道内设置涡发生器时的强化传热研究现状与展望
延伸阅读
脑内电磁场产生器（intracephalicgeneratorofelectromagneticfield）脑内电磁场产生器（intracephalicgeneratorofelectromagneticfield）常用的是电流偶极子源模型。在大脑皮质层（主要是沟、回面）上的一群锥体神经元（功能柱），在兴奋或抑制地具有一定取向和充分长度的树突放电可能形成有效的电流偶极子，只要面积不太大，可看作一等效偶极子源，它在头皮上形成的电位分布即实验测到的脑电位分布。电磁场是相伴产生的，测得的脑电图EEG与脑磁图MEG正是相互对应的。建立头颅的模型用物理、数学模型作精确计算，可以对脑内发生器定位。这还涉及到多偶极子模型计算和均匀球模型或非均匀球模型及多层头皮模型的计算等。
