Numerical Study of Flow and Heat Transfer in Narrow Channel Influenced by Circular Arc Dimple 圆弧型凹坑影响窄缝流道流动与传热的数值研究
Fanless design, The air drills through above the heat output parts, bidirectional heat output channel makes the air cycle form outside. 采用无冷却风扇设计。主要散热部件采取上方直流见风,双向散热通道,保证快速完成与外界冷空气的循环。
CFD Study on Supercritical Water Flow and Heat Transfer in Rectangular Channel With Mixing Vane 带交混翼矩形流道内超临界流动传热CFD研究
A numerical study is performed to analyze the effect of electric double layer ( EDL) on the behavior of flow and heat transfer for microscale channel flows. 本文针对平板与矩形管微流道中考虑电双层效应热流场进行数值模拟。
Numerical simulation on flow and heat transfer in rotating channel with small spacing pin-fin arrays 旋转对小间距扰流柱通道内的流动换热影响
Effects of channel orientation on fluid flow and heat transfer in a channel with angled ribs 旋转方位角对斜肋通道内部流动与换热的影响
Development of blocking heat channel energy saving composite block and application study on it's building thermal insulation system 断热节能复合砌块的研制及其建筑保温系统的应用研究
The experimental results show that, the heat transfer of ribbed channel will be improved; 结果表明,有肋的通道换热都得到了增强;
Study of Critical Heat Flux in Rectangular Channel with Narrow Gap under Natural Circulation Condition 小流速工况下窄间隙矩形通道临界热流密度研究
Numerical study on the single-phase heat transfer in channel entrance with a flow-inclining fin 直流蒸发器换热元件单相对流传热的实验研究环形狭缝通道中单相水对流换热的数值计算入口段协同式翅片强化单相对流换热数值模拟
In this paper, we have studied the entanglement assistant capacity of single-mode heat noise channel with limited input power in which classical information is transmitted, and the same problem for those single-mode heat noise channels with amplifying and attenuating effects. 研究了量子纠缠辅助下输入功率受限时的单模热辐射噪声信道传输经典信息的容量问题,和带有放大或衰减的单模热噪声信道的相应问题。
Laminar flow and heat transfer in micro-annular channel in slip flow regime 滑移流区内微环缝槽道中的层流流动与换热
Numerical Investigation and Analysis of the Heat Transfer Enhancement in Channel by Longitudinal Vortex Based on the Field Synergy Principle 纵向涡强化通道内换热的数值研究及机理分析
The results indicated that characteristics of heat transfer in narrow channel are significantly different from that in the common tube. 试验结果表明:环形狭缝中的过热气热交换参数与普通圆管有着显著的不同,随着狭缝间隙的减小,狭缝中的换热得到了增强;
For the heat noise channel, we have found that the capacity will be attained when input signal is heat noise and squeezed state is no useful for reaching the capacity. 对热噪声信道,表明了容量在输入信号为热噪声信号时达到,压缩态无助于达到信道容量CE;
Experiment Research and Thermal Calculation on the Heat Channel of Double Glass Curtain Wall under the Solar Radiation 太阳辐射作用下双层玻璃幕墙热通道的节能计算与实验研究
The reaction heat for each channel is in agreement with the experiment result. 计算的各个通道的反应热与实验结果符合较好。
On Quantity Study of Coolant Steam Quality Calculation in the Heat Channel of Reactors 核反应堆加热流道含汽量计算研究
The Mechanism of Boiling Heat Transfer in Vertical Channel of Porous Layer Surface 垂直烧结多孔层通道内沸腾传热机理
Investigation of flow boiling heat transfer in narrow channel at atmospheric pressure 常压下狭缝流动沸腾传热的研究
Numerical Calculation of Thermosyphon Boiling Heat Transfer in Lunate Channel 弦月形通道内热虹吸沸腾强化传热的数值计算
The Investigation on Heat Transfer Characteristics of the Longitudinal Ripple Heat Shield Channel in Afterburner 加力燃烧室纵向波纹隔热屏通道换热特性的试验研究
Study on enhanced heat transfer of lunate channel in solar energy air-conditioning system 弦月形通道在太阳能空调系统中的强化传热研究
The liquid status and temperature fields on the effect of the difference solar radiant in heat channel of the double glass curtain wall are researched. Base on the status of liquid flow and heat transmit, the equations of airflow consecutive and heat conservation are founded. 研究在不同太阳辐射作用下双层玻璃幕墙热通道气流,建立相关的流场和温度场状态方程组,计算双层玻璃幕墙冬季增热保温和夏季热气流降温的节能性能。
The model of a heat channel was established and the distributed equations of the temperature were obtained in order to study the three dimensional phenomenon of heat transfer in the interface of solid. 通过建立单热流通道上接触分热阻的截锥体模型及热流通道上的温度分布方程,研究了接触热阻中的三维传热现象。
The Entanglement Assistant Capacity of Quantum Heat Noise Channel 量子热噪声信道在纠缠辅助下的容量
Ribs and highly conductive copper alloy strengthened heat transfer in cooling channel, and made temperature near rib lower than that near cooling channel bottom. 冷却肋和高导热系数的锆铜加强了冷却通道的换热,使冷却肋附近的气壁温度低于冷却通道底部气壁的温度。
The effect of heat power and channel material on flow and heat transfer of rectangular mini-channels had been investigated in this thesis. 研究了加热功率和通道材质对细通道流动和传热的影响。
The flow boiling heat transfer in the channel appears as the thermal characteristics in the one dimensional confined space for the existence of space constraint. 受到空间的限制,通道内的流动沸腾换热呈现出一维受限空间的沸腾流动换热特性。