液冷

基于PLC的液冷系统自动控制

PLC based Automatic Control for Liquid - cooled Chiller

将压电陶瓷泵应用于国内液冷散热器的研究，进一步扩大了国内CPU液冷散热问题的研究领域。

It makes piezoelectric ceramic pump really apply to domestic liquid-cooling radiator research , extending the fields of the domestic CPU liquid-cooling system .

结果RBF液冷服人体网络对人体状态和液冷服相关数据有很好的辨识能力，逼近速度快。

Portable Liquid Cooled Suit System Result RBF neural network had good identifiable ability and fast impending speed to the simulation experiment .

针对某雷达发射机固态组件进行了细致的热分析，设计了液冷组件，得出在流量为2.5L／min时，能满足热设计要求，此时的压力损失也较小，而且数值计算结果最终被实验验证。

Aiming at a certain solid-state radar transmitter , detailed thermal analysis is carried out . A kind of liquid cooled module is designed , with the calculated values .

由于国外的压电陶瓷技术研究早于国内，因此对压电陶瓷泵在CPU液冷散热问题中的应用还需作大量的研究工作。

Because the research of piezoelectric ceramic pump technology about overseas is earlier than the domestic , it leaves great work about the application of piezoelectric ceramic pump applying to the research of CPU liquid-cooling .

液冷作为超越风冷产品的新一代高端散热解决方案，一直是DIY一族较为钟爱的一种散热方式。

Products beyond the air-cooled liquid as a new generation of high-end cooling solutions , has been more beloved DIY group a cooling mode .

液冷现场可更换模块LRM热设计

Liquid-cooled Line-replaced Module LRM Heat-design

并且进行了实际应用测试，结果表明：该液冷散热系统能有效降低CPU运行时的温度，相对于传统的风冷与普通水冷散热器，具有更加优越的散热性能。

The results are shown as following : this liquid cooling system can effectively lower the temperature of the CPU , so compared with the traditional air-cooled and ordinary water cooler , this system has more superior heat dissipation performance .

液冷装备散热能力的工程生理学分析

Analysis of Engineering physiology about the cooling capacity of liquid equipment

液冷服装备设计的生理基础及医学要求

Physiological Basis and Medical Requirements for the Design of Liquid-Cooled Garment

三种液冷装备致冷效果的医学研究

Medical Study on the Cooling Effect of Three Kinds of Liquid-Cooled Equipments

喷射液冷阀热力学特性试验研究

Experimental study on thermodynamics performance of liquid-injection cooling valve

原油降温脱水液冷降温服的研究

Crude Oil Lower-Temp . Dehydration STUDY OF HEAT SINKING VEST COOLED BY LIQUID

基于流程图的飞机液冷系统组态建模及仿真

Configuration Modeling and Simulation of Aircraft Liquid Cooling System Based on Flow Chart

高温涡轮叶片液冷机理研究

The mechanism of liquid-cooled vane for high-temperature turbine

方法根据工程实际，对舱外航天液冷服散热过程进行分析。

Method Heat transfer process of the LCG was analyzed according to engineering facts .

结果表明，几种液冷装备均具有明显的致冷效果和显著的隔热作用。

The results showed that there were both cooling and heat - isolating effects .

液冷基板出口、入口段的结构对其性能有重大影响。

Liquid-cooled substrate export , import segment structure have a significant impact on its performance .

基于径向基网络的液冷服人体实验非线性模型辨识

Nonlinear Model Identification Based on RBF Neural Network in Human Experiment of Liquid Cooling Garment

液冷冷板的研究

An Experimental Study on Liquid Cold Plate

下一代液冷式航空电子结构

Liquid Cooling Structure for Next Generation Avionics

浅析冷却液对汽车液冷系统的腐蚀

Corrosion of Automobile Cooling system by Coolant

液冷式个体热调节的二维体温调节数学模型

A two-dimensional mathematical model of human thermoregulation for personal thermal condition - ing with water cooling

液冷组件热设计

Thermal design for Liquid cooled modules

人类冷冻精子经卵黄缓冲液冷处理后的受精率变化

Change on Fertilizing Rate of Cryopreserved Human Sperm after the Cold Treatment of Egg Yolk Buffer

局部液冷服研制

Development of local liquid cooling garment

液冷背心的最大传热量为174～203W。

The maximal rate of heat transmission of the liquid-cooling vest is 173 ~ 203 watt .

液冷固态发射机热设计

Thermal Design for Liquid-cooled Solid-state Transmitter

液冷服点唱机是为了满足音乐迷，都需要使用移动设备。

LCG Jukebox was designed to fulfill all needs of music fan using a mobile device .

载冷剂热物性数学建模是液冷系统研究的重要内容之一。

Mathematical modeling of thermodynamic properties of coolants is an important in designing vapor cycle cooling systems .