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流动粒子
相关语句
  fluidized particle
     Electrical Fluidized Particle Furnace
     流动粒子
短句来源
     RESEARCH ON THE COOLING CAPABILITY OF FLUIDIZED PARTICLE FURNACE
     流动粒子炉冷却能力的研究
短句来源
     THE MANUFACTURE OF THE FLUIDIZED PARTICLE FURNACE WITH PROTECTING ATMOSPHERE
     保护气氛流动粒子炉的研制
短句来源
     This paper summerized the development of a new type of heating furnace, fluidized bed furnace at home and abroud, the effect of fluidized particle on fluedization and the uses of the fluidized bed furnace in heating,cooling and chemical heat treatment, etc.
     本文综述了流动粒子炉在国内外的发展概况,流动粒子对流态化的影响以及流动粒子炉在加热、冷却和化学热处理方面的应用,并介绍了几种新型流动粒子炉装置,提出了今后的研究重点和方向。
短句来源
  “流动粒子”译为未确定词的双语例句
     Study on comparison of particle imitation and mavier-stokes equations numerical simulation for flow in micro-nozzle
     微喷管流动粒子仿真与Navier-Stokes数值模拟比较研究
短句来源
     Computer Simulation of Fluidized Bed Furnace Caburizing Concentration Field by Non-linear Finite Element Method
     刚玉流动粒子炉渗碳浓度场的非线性有限元法模拟
短句来源
     This paper deals with the influence on the cooling capability of hollow-corundum-sphere-paticle furnaces of the graininess, density, velocity of the fluidized medium and temperature of body.
     本工作研究了空心刚玉球流动粒子炉冷却能力受粒子的粒度、重度、流化介质的速度以及物体温度等影响的特性,找出了其变化规律,给出了求传热系数α计算公式,为空心刚玉球粒子炉的设计计算提供了理论依据.
短句来源
     STUDY ON OVER-CARBURIZING BY FLUIDIZED BED FURNACE
     刚玉流动粒子炉过饱和渗碳工艺的研究
短句来源
     FLUIDIZED BED FURNACE AND ITS APPLICATIONS IN HEAT TREATMENT
     流动粒子炉及其在热处理中的应用
短句来源
更多       
  相似匹配句对
     Electrical Fluidized Particle Furnace
     流动粒子
短句来源
     Partical Simulation of Low-speed Flow in a Round Tube
     低速圆管流动粒子仿真
短句来源
     Modernity with Flowing Feature
     流动的现代性
短句来源
     Gift Exchange
     礼物的流动
短句来源
     The Energy of the H-particle
     H粒子的能量
短句来源
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  fluidized particle
Evaluation of fluidized particle flow by measurement of apparent buoyancy
      
Fluidized particle flow is evaluated by the apparent buoyancy acting on a sphere in the fluidized bed.
      
It is found that the fluidized particle flow can be simply evaluated by the distributions of the apparent buoyancy and the values of α, and that the difference of the particle flow under various experimental conditions is proved by them, e.g.
      
The gases in the two reactors are kept separate by two fluidized particle seals.
      
The gas streams of the two reactor systems are separated by fluidized particle locks.
      


This paper deals with the influence on the cooling capability of hollow-corundum-sphere-paticle furnaces of the graininess, density, velocity of the fluidized medium and temperature of body.

本工作研究了空心刚玉球流动粒子炉冷却能力受粒子的粒度、重度、流化介质的速度以及物体温度等影响的特性,找出了其变化规律,给出了求传热系数α计算公式,为空心刚玉球粒子炉的设计计算提供了理论依据.

Based on experimental study of heating a silver ball probe and a set of steel cylinders in agas fluidized bed furnace of hollow-corundum-sphere-particles, this paper deals with effects ofoperating parameters, particle properties, heated bodies' dimensions, and especially the body'sown temperature on the heat transfer coefficient h. And laws of the fluctuations and a formulafor the calculation of h have been found. These would be useful for the design, predication andautomatic control of such furnaces.

本工作通过对银球和一组45号钢工件在空心刚玉球燃气流动粒子炉内的加热实验研究,分析了各操作参数、粒子特性、工件尺寸、特别是工件自身温度对传热系数h的影响规律,给出了h的计算公式,为燃气流动粒子炉的设计、预测和自动控制提供了参考依据。

The heat transfer characteristics of several kinds of particles(i.e.corundum,magnesia,qu-artz and carborundum particles)in a gas-fired fluidized bed furnace have bee experimentallystudied.The heat transfer coefficients between these beds and a silver ball sensor have been ob-tained,and some factors affecting them are analyzed.Finally their heat transfer characteristicsand other properties are compared.It shows that carborundum particle has better characteristicsand can be widely used.Therefore it is useful for...

The heat transfer characteristics of several kinds of particles(i.e.corundum,magnesia,qu-artz and carborundum particles)in a gas-fired fluidized bed furnace have bee experimentallystudied.The heat transfer coefficients between these beds and a silver ball sensor have been ob-tained,and some factors affecting them are analyzed.Finally their heat transfer characteristicsand other properties are compared.It shows that carborundum particle has better characteristicsand can be widely used.Therefore it is useful for the design of gas-fired fluidized bed furnaceand the selection of particles.

对几种不同的粒子——刚玉砂、石英砂、镁砂和碳化硅砂粒子在煤气流动粒子炉内的传热特性进行了实验研究,得到各粒子流化床层与银球间的换热系数并分析了一些影响因素,而后比较了它们的传热特性及其他性能,认为碳化硅砂粒子性能良好,可以广泛使用。这为煤气流动粒子炉的设计和粒子的选用提供了必要的参考依据。

 
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