表冷器

适于表冷器校核计算的分布参数模型及实验验证

Distributed Parameter Model for Check Calculation of Surface Air Cooler and Its Experiment Validation

变风量空调系统表冷器设计及其控制仿真

Design and control simulation of surface air cooler for a VAV air conditioning system

基于Excel的水冷式表冷器设计和校核计算

Design and Check Calculation of Surface Air Cooler Based on Excel

为了对表冷器进行准确建模，进而有效地对其进行模拟仿真，利用三层前馈人工神经网络（BP网络），结合传统的表冷器模型，建立了基于人工神经网络的表冷器模型。

Three-layer feedforward neural network ( BP network ) combined with traditional model of air cooling coil is applied to set up a model of air cooling coil based on artificial neural network .

在分析一次风冷却除湿工作特点的基础上，借助传热传质理论和excel数据分析功能，设计出了判断主动式冷梁系统表冷器除湿能力以及一次风系统处理方式的计算方法。

And based of analysis the characteristics of primary air cooling dehumidification , by means of heat and mass transfer theory and excel data analysis , this paper designs a calculation method that is beam to determine the dehumidification capacity and handling system of the primary air system .

特殊工况条件下表冷器的热工计算分析

Thermodynamic calculation and analysis of surface type air coolers in special condition

管翅式表冷器数值模拟与性能分析

Numerical Simulation and Performance Analysis of Fin - tube Surface Air Cooler

适于系统仿真的表冷器模型及其实验验证

Cooling coil model for system simulation and its experiment validation

表冷器水路设计方法

The designing method of water circle in air cooling coil

表冷器传热系数的实验模拟

Test Simulation of Heat - Transfer Coefficient of Cooling Coil

基于人工神经网络的表冷器模型

Model of air cooling coil based on artificial neural network

手术室净化系统中的温度控制及表冷器的改造

Temperature Control and Surface Cooler Reform in Operating Room Air Decontamination System

基于热交换效率的表冷器计算机模拟

Surface-type Air Cooler Thermodynamic Calculation Based on Thermal Transfer Efficiency

着重介绍了干表冷器在高级别洁净室应用的经济性、合理性。

Especially introduces application of dry cooling coil system in high grade cleanroom .

表冷器经验公式通用性的探讨

Discussion on Applicability of the Experience Formula for Coil-Cooling

表冷器热工计算新方法&水侧热交换效率法

New thermodynamic calculation method for surface air coolers : heat-exchange efficiency of waterside method

适用于地下建筑的节能型表冷器的开发与研究

A Research on Three New Types of Surface Air Cooler Applicable to Underground Construction

用等效干工况法计算表冷器湿工况

Using the Equivalent Dry Condition Method to Calculate the Wet Condition of Surface Cooling Coils

燃气空调机组、冷却塔、表冷器和水泵是整个水系统中至关重要的设备部件。

Direct-fired absorption chiller , cooling tower , cooling-coil and pump are important components of chilled water system .

水冷式表冷器传热研究（8）：热力计算理论及其研究综述

Heat transfer study on water-cooled surface air coolers ( 8 ): thermodynamic calculation theory and its research review

水冷式表冷器传热研究（7）：等价干工况实质剖析

Heat transfer study on water-cooled air coolers ( 7 ): essence analysis of the equivalent dry cooling condition

水冷式表冷器传热研究（3）：半干半湿工况热力计算

Heat transfer study of surface air coolers ( 3 ): Thermodynamic calculation of combined dry and wet cooling condition

水冷式表冷器传热研究（2）：以等价干工况为理论基础的试验方法

Heat transfer study of surface air coolers ( 2 ): A testing method based on equivalent dry cooling conditions

结果表明：模型输出数据与实测数据相当吻合。证明使用人工神经网络建立表冷器模型是可行的。

The result shows the output of model based on artificial neural network is identical with the real output .

然后分析了平行流换热器用于干工况作表冷器的可行性。

And the feasibility of Parallel-flow heat exchangers applied to the surface cooler were profoundly analyzed in dry conditions .

水冷式表冷器传热研究（1）：用干湿转换法计算湿工况

Heat transfer study of surface air coolers ( 1 ): Wet dry transformation method for thermodynamic calculation of the wet cooling condition

指出冷水大温差可以减少冷水泵的能耗，但同时使表冷器和风机盘管的性能降低。

Chilled water with large temperature difference can reduce energy consumption of pumps but worsen the performance of air cooler and fan coil .

并成功应用于组合式空调机组段体的设计，如粗效段、表冷器段的设计中。

The method is also successfully applied to the design of parts from combined air-conditioner such as the filter module and the cooling module .

水冷式表冷器传热研究（4）：表冷器总传热系数的一个新实验公式

Heat transfer study of surface air cooler s ( 4 ): Another empirical formula of total heat transfer coefficient of water-cooled surface air cooler

含湿多孔生物材料干燥过程的传热传质分析湿空气在肋片表冷器上的传热传质及肋片效率

Analysis of Simultaneous Heat and Mass Transfer during Drying of Porous Solid Heat and mass transfer of moist air on a finned air cooler and fin efficiency