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雾化射流冷却 atomizing jet cooling英语短句 例句大全

时间:2022-03-26 06:27:10

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雾化射流冷却 atomizing jet cooling英语短句 例句大全

雾化射流冷却,atomizing jet cooling

1)atomizing jet cooling雾化射流冷却

1.Based on the experiments ofatomizing jet cooling the Ti alloy(Ti6Al4V) specimen with fixed pressure,wind and different quantities of water,this paper discussed the performance and regulation of heat-transfer when atomizing jet cools Ti alloy specimen with fixed pressure,wind and little water.文中以定压、定量风和不同含量水相组合时射流冷却被加热的钛合金(Ti6A l4V)试件的实验为基础,探讨了定压力、定量风和微量水相综合雾化射流冷却钛合金试件时的换热性能和规律。

英文短句/例句

1.Analysis and experimental study of heat transfer in cryogenic pneumatic mist jet cooling液滴低温气体雾化射流冷却换热理论分析与实验研究

2.Cooling Characteristics and Heat Transaction Coefficients of Basic Oxygen Furnace during Spraying Cooling转炉汽雾冷却喷嘴限制射流强化换热特性

3.The Cryogenic Mist Jet Cooling Technology in Turning Process of Titanium Alloy钛合金车削中的低温喷雾射流冷却技术

4.Cryogenic Mist Jet Impinging Cooling and Its Application in Machining of Titanium Alloy;低温喷雾射流冷却技术及其在钛合金机械加工中的应用

5.Thermal Analysis of Cryogenic Mist Jet Impinging Cooling and Its Application in Turnning of Titanium Alloy;低温喷雾射流冷却技术及其在钛合金车削加工中的应用

6.Review of spray cooling technique and prospect of spray cooling using nanofluids喷雾冷却技术综述及纳米流体喷雾应用前景

7.Experimental Investigation on Atomization Characteristics of the Nozzle for Spray Cooling of Galvanized Strip Steel带钢镀后气雾冷却喷嘴雾化性能的试验研究

8.Heat transfer performance of inclined spray cooling in non-boiling regime倾斜喷射时喷雾冷却无沸腾区换热特性

9.Differences in Ion Compositions of Winter Fogwater between Radiation and Advection-Radiation Fog Episodes in Nanjing南京冬季辐射雾和平流辐射雾的化学特征差异

10.EFFECTS OF PRESSURE AND FLOW FLUX ON HEAT TRANSFER IN SPRAY COOLING压力与流量对喷雾冷却换热特性的影响

11.Experimental Investigation of Non-boiling Spray Cooling with Low Surface Temperature and Big Water Flow Rate低温表面大流量无沸腾喷雾冷却试验研究

12.Spray Liquid-film Flow Theory and Experimental Study of Spray Cooling of Electronic Devices喷雾液膜流动理论及电子器件喷雾冷却实验研究

13.A Study of the Control Technology of Inlet Atomized Air Evaporation Cooling for Gas Turbines燃气轮机进气雾化式蒸发冷却控制技术研究

14.Theoretical Analysis and Experimental Research on Grinding Jet for Cooling;磨削射流冷却的理论分析和实验研究

15.The Regime of Breakup and Atomization of Viscous Liquid Jets;粘性液体射流分裂雾化机理及喷雾特性研究

16.Experimental Study on Parallel & Counter-flow and Counter-flow No-padding Spraying Cooling Tower逆顺流式与逆流式无填料喷雾冷却塔的试验研究

17.Numerical simulation on the effect of variety of cooling flux on cooling efficiency冷却流量变化对叶栅冷却效果影响的数值模拟

18.Influence of electrostatic field on atomization effects for axisymmetric jet静电场对轴对称射流雾化效果的影响

相关短句/例句

cryogenic pneumatic mist jet cooling低温气体雾化射流冷却

1.Analysis and experimental study of heat transfer incryogenic pneumatic mist jet cooling液滴低温气体雾化射流冷却换热理论分析与实验研究

3)spray cooling雾化喷射冷却

1.The mechanism of heat transfer inspray cooling is complicated, and most theories hitherto are immature.雾化喷射冷却的换热机理十分复杂,目前其研究还很不成熟。

2.The thickness and behavior of the liquid film on the surface of the wall is the most important to study heat transfer and it mechanism forspray cooling.冷却壁面上液膜的特性行为与厚度直接关系到雾化喷射冷却的深入研究。

4)smoke cooling雾化冷却

1.In this paper, the principles of thesmoke cooling equipment are introduced,And the main design, structure and properties of Equipment is introduced in detail.介绍雾化冷却器装置的工作原理、设计要求、结构特点和性能 ,及其使用效果。

5)fluidic cooling射流冷却

1.In this paper,it introduces some cutting and cooling methods in green manufacturing, and also makes an analysis and a comparison of these methods, and makes further analysis of the greenfluidic cooling technology.介绍了绿色制造中的几种切削方法和冷却方法,对几种方法进行了分析、比较,并对“绿色射流冷却技术”进行了进一步的探讨,认为此方法是众多绿色切削工艺中较理想的一种。

6)cryogenic pneumatic mist jet impinging低温气动喷雾射流冲击冷却

1.To solve the problems of workpiece-burn in grinding of titanium alloys,a new high(efficiency) cooling technology—cryogenic pneumatic mist jet impinging cooling technology(CPMJI) was offered.针对钛合金磨削加工中容易造成工件烧伤及加工质量不易保证的难题,提出了一种新的高效冷却技术———低温气动喷雾射流冲击冷却技术,并依据此思想开发出一套低温气动喷雾射流冲击冷却系统,将其应用于钛合金的磨削加工中。

延伸阅读

Fogeffect(雾化效果)fog effect (雾化效果)雾化效果是3d的比较常见的特性,在游戏中见到的烟雾、爆炸火焰以及白云等效果都是雾化的结果。它的功能就是制造一块指定的区域笼罩在一股烟雾弥漫之中的效果,这样可以保证远景的真实性,而且也减小了3d图形的渲染工作量。

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