Numerical simulation on multi-structure louver fins of parallel flow condenser 平行流换热器百叶窗翅片的数值模拟研究
Adjustable louver window with irradiation in the facade sun automatic lifting. 窗户的可调节百叶会随着照射在立面上的阳光自动升降。
He heard a spatter of gunfire. radiator louver antisqueak I heard the wind 'blowing outside the window. 我听到窗外瑟瑟的风声。
Indirect downward lighting Indirect downward lighting with single arc, double arc or cross louver reflector, glare free and eye protected, optimal for office lighting. 单弧、双弧、十字格栅间接透光,无眩光,护眼,是办公的理想照明灯具。
The fan induces air through the entire louver face of a crossflow tower. 诱导风机空气在整个百叶窗面对横流塔。
Profile> Nitto Kogyo Corporation is the leading manufacture of enclosures for electric equipments, and relevant parts and devices in Japan. Enclosure, Cooling Unit, Heat-Exchanger, Fan, Louver. 东工业株式会社是生产机电设备及箱体、器的日本一流企业。体、气机、交换器、气扇、叶窗。
The utility model relates to a louver valve, in particular to a rigid louver valve applied to blowers, air conditioners and various large-scale pipelines. 本实用新型涉及一种百叶阀,具体地说是一种应用于风机、空调机和各种大型管道中的刚性百叶阀。
Nor, if a work does get stolen, is the Louver necessarily likely to know about it. 而且,就算真的有画被偷了,卢浮宫方面也不一定能知道。
Investment Cost Analysis of a 220 t/ h Louver Stepped Cycle fluidized Bed /h百叶窗分级循环流化床投资成本分析
Oh, the normal things-went to the Louver and Notre Dame and the Eiffel Tower and so on. 噢,通常做的事??到卢浮宫、巴黎圣母院、埃菲尔铁塔等等。
Industrial Tests For Clarifying the Impact of Single-stage Blade Dip Angle on the Separation Characteristics of a Louver Concentrating Device 单级叶片倾角对百叶窗浓缩器分离特性影响的工业试验
Flow Visualization Experimental Study on the Louver Concentrator 百叶窗浓缩器内流场显示的试验研究
The paper gives the design and operation parameters of new type burners and louver pulverized coal concentrator. 文中给出新型燃烧器及百叶窗煤粉浓缩器的设计及运行参数。
A Numerical Simulation Study of the Flow Field in a Louver Pulverized Coal Concentrator 百叶窗煤粉浓缩器内流场的数值模拟研究
The effects of the louver structure parameters, the feed concentration and the primary air velocity on the concentrated ratio ( RC) were studied by the gas solid two-phase flow experiments. 通过气固两相流实验研究了浓缩比与百叶窗结构,给粉浓度及一次风速的定量关系。
Combined with practice and the match of the car louver, this paper describes its configuration, feature, development, usage and maintenance. 文章联系实际,结合对轿车天窗的匹配,就其形式、特点、开发和使用维护进行了概述。
The effect of fin pitch, louver pitch, louver angle and etc. on the heat transfer and flow performance were studied. 本文研究了不同的翅片间距、百叶窗间距、百叶窗间距与翅片间距比值、百叶窗角度对百叶窗翅片传热和流动性能的影响。
The air-side thermal performance is researched and the Colburn factor j and friction factor f correlations for louver fins are developed by simulation calculation. 本文研究了其空气侧性能,并通过模拟计算对波纹百叶翅片提出了Colburnj因子和摩擦系数f因子的计算关联式。
Wholly simulate the gas-solid two phase fluid and calculate the concentratingperformance indexes of both elbow and louver disposed in horizontal segment behind elbow. 对弯头和布置在风管水平段中的百叶窗浓缩器进行了整体模拟并计算了浓缩性能指标。
This paper analyzes the influence of elbow on the concentrating performance of louver concentrators and researches the working state of louver concentrators behind elbow. 分析了弯头对百叶窗浓缩器浓缩性能的影响;研究了弯头后百叶窗浓缩器的工作情况。
In this paper, numerical calculation was used to predict erosion profile of blades and wall in the louver concentrator. 通过数值计算方法预测了百叶窗浓缩器内叶片及壁面磨损的情况。
Gas Solid Two-Phase Flow Experiments on Louver Pulverized Coal Concentrator 百叶窗煤粉浓缩器气固两相流实验研究
Experiment and Numerical Simulation Study about Performance of Louver Pulverized Coal Concentrator 百叶窗浓缩器性能的试验及数值模拟研究
Testing and Study on The Performance Parameters of Louver Type Pulverized Coal Concentrator and Combustion Optimization 百叶窗煤粉浓缩器性能参数和燃烧优化试验研究
Experiment and Numerical Simulation Study about Gas Solid Flow in the Louver Pulverized Coal Concentrator 百叶窗煤粉浓缩器内气固两相流动的试验和数值模拟研究
The louver was modified to solve the problem of over standard water percentage in urea product in Summer; 对百叶窗进行改造,解决夏季尿素含水率超标问题;
Theoretical Analysis of Concentrated Effect of Louver Pulverized Coal Concentrator 百叶窗煤粉浓缩器浓缩效果的理论分析
Louver fin is widely used by radiator designers of subcompact industry because of its highly efficient heat transferring surface. 百叶窗翅片因其高效的传热表面而被广泛的应用于微型汽车行业的散热器之中。
The study showed that reducing fin height and fin pitch, increasing louver pitch improves the air-side performance of heat exchanger. 研究表明:在窗机空冷式冷凝器工况下,适当减小翅片高度和翅片间距,增加百叶窗间距,可提高空气侧换热性能。
At the same time, It was emphasized that the heat transfer coefficient and pressure drop of louvered fins was influenced by some main structural parameters of louvered fins, such as fin pitch, louver angle, louver height louver pitch, louver arrangement structure. 同时分析了翅片间距、百叶窗角度、百叶窗高度、百叶窗间距、百叶窗排列结构对百叶窗翅片换热系数和沿程压降的影响规律。