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- Zeotropic Mixture Selection Based on Heat Transfer Pinch Point 基于传热窄点的非共沸混合工质优选方法
- Heat transfer pinch point of zeotropic refrigerants in condenser with air-conditioning operation 空调工况下非共沸制冷剂在冷凝器内的传热窄点
- heat transfer pinch point 传热窄点
- 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。
- The pinch point technique is used for energy analysis in heat exchange of mass flow in a Kamyr continuous digester,as a result the design is improved and energy saving in cooking is realized. 介绍了夹点技术的原理、夹点的确定及其在工程使用中应遵循的原则,并针对某造纸厂的卡米尔连续蒸煮器的物流换热,用夹点技术进行了能量分析,取得了更好的设计,达到较好的节能效果。
- The paper discusses the selecting principle of pinch point and approach temperature point which belongs to the HRSG (heat recovery steam generator) of minitype combined gas-steam cycle. 摘要论述小型燃气－蒸汽联合循环中，余热锅炉节点温差和接近点温差的选取原则。
- 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。
- It introduces the principle of pinch point technique,summare its application fields,effect,and application and development in our country. 介绍了夹点技术的原理,综述了夹点技术的应用领域、作用、效果,国内应用情况及发展方向。
- 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。
- Heat transfer is relatively ineffective in diffuse gases. 热转移在弥漫气体中的效率比较低。
- 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。
- A study has been conducted on the optimization of synthesis design with the aim of orienting the contemporary method of pinch point design to synthesis design based on optimized mathematical model. 对换热器系统的最优合成设计问题进行了探讨,其目的在于使当代的夹点设计试探法朝着优化数学模型的最优合成设计方向发展。
- Automatic radiation heat transfer view factor calculations. 自动辐射传热系数的计算。
- During practical process operation, it is often difficult to implement optimal control, since operating pinch point and the minimum temperature difference deviate from the design values. 在实际的生产中，换热网络的操作夹点和最小温差与设计值往往不尽相同，为换热网络的优化控制带来了一定困难。
- 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。
