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- EFFECT OF MICRO SCALE HEAT AND MASS TRANSFER ON SOLIDIFICATION OF BINARY ALLOYS 二元合金凝固过程微尺度热质传输的影响分析
- Chengyi Heat Transfer Equipment Co., Ltd. 东莞诚艺热转印设备有限公司。
- Average surface heat transfer coef. 平均换热系数
- We shall heat the container by heat transfer. 我们要用热传导的方式给这个容器加热。
- Laser heat transfer printing has many applications. 激光热转印技术正在被广泛使用。
- Periodical convective boiling heat transfer in a time scale of milliseconds was found. 发现了周期在毫秒级的微时间尺度的周期性沸腾传热。
- Micro scale chemical experiment has been widely used in recent 20 years.It is characterized by the microminiaturization of instrument,and less reagent. 微型化实验是20多年来国内外广泛开展的一种化学实验方法,其特点是仪器微型化和试剂用量少。
- The density evolutions of normal bond and tangent bond in micro scale determined different characters of material failure in macro scale respectively. 微观上法向键和切向键的密度衰减分别决定着材料不同的宏观全过程破坏特征。
- Heat transfer and shielding tests will be completed in 1976. 于1976年将完成传热和各项屏蔽试验。
- The maximum wall heat transfer rates generally occur at the throat. 壁的最大热交换率通常发生在喉部处。
- The advan-tage of organic petrology lies in analysing characteristics on micro scale,origin and evolu-tion of sedimentary organic matter with respect to hydrocarbon generation. 本文评述了有机岩石学在研究有机成熟度、有机质类型、生烃组分和成烃作用、烃类排出运移和聚集等方面的现状和发展方向。
- Heat transfer is relatively ineffective in diffuse gases. 热转移在弥漫气体中的效率比较低。
- The result shows that in micro scale,inhomogeneous flow of material is obviously emerged,which is more severe with the increase of grain size and stroke. 结果表明,微小尺度下材料呈现出明显的非均匀流动,且这一非均匀流动随晶粒尺寸和变形量的增大而剧烈。
- Forces usually neglected in macro fluidics could play important roles in micro flow thus some classic theoretical models and reduced conditions no longer work in micro scale. 在微尺度下，一些在宏观尺度下被忽略的作用力和效应起了重要作用，而常规分析中的理论和一些简化条件，也不再能解释流动现象。
- EHD Boiling Heat Transfer Enhancement Outside Horizontal Tubes. 管外EHD沸腾强化传热。
- Adjacent heat transfer and determination of heat cost proportion. 邻户传热及热费分摊比例的确定。
- A heat transfer fluid used in the sealed closed loop of the GSHP. 用于地源热泵封闭回路的传热液。
- Automatic radiation heat transfer view factor calculations. 自动辐射传热系数的计算。
- For micro scale length between the two planes, the flow called microflow,often behaviors differently from the prediction of the conventional form of theNavier-Stokes (N-S) equations. 首先,随着两平板间间距尺度的减小,平板间流动(称作微流动)的行为将偏离宏观流动。
- Desplay => Contours => Wall fluxes => Surface heat transfer coef. 选择有关的流-固表面即可显示和输出传热系数。
