AT-84-01-5-加强制冷剂冷凝-国家数字标准馆

现行 AT-84-01-5

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Enhancement of Refrigerant Condensation 加强制冷剂冷凝

在过去几年中，橡树岭国家实验室（ORNL）一直在开发和测试用于各种制冷剂的强化冷凝头转移表面。从广泛的单管参数研究中，选择数据来说明对传热性能的影响。描述了该实验室信息在现场换热器设计中的应用。引文:研讨会论文，佐治亚州亚特兰大，1984年

Over the past several years, Oak Ridge National Laboratory (ORNL) has been developing and testing enhanced condensation head-transfer surfaces for use with various refrigerants. From a wide range of single-tube parametric studies, selected data are presented to illustrate effects heat transfer performance. An application of this laboratory information to a field heat exchanger design is described.

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发布单位或类别：美国-美国采暖、制冷与空调工程师协会

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EHD Enhanced Condensate Heat Transfer of Alternative Refrigerants/Refrigerant Mixtures for HVAC Applications
EHD增强暖通空调用替代制冷剂/制冷剂混合物的冷凝传热

EHD Enhanced Condensate Heat Transfer of Alternative Refrigerants/Refrigerant Mixtures for HVAC Applications
EHD增强暖通空调用替代制冷剂/制冷剂混合物的冷凝传热

Heat Transfer Tubes Enhancing Boiling and Condensation in Heat Exchangers of a Refrigerating Machine
制冷机换热器中强化沸腾和冷凝的传热管

Heat Transfer Tubes Enhancing Boiling and Condensation in Heat Exchangers of a Refrigerating Machine
制冷机换热器中强化沸腾和冷凝的传热管

Forced Convective Condensation of Refrigerants R-502 and R-507 in Smooth and Enhanced Tubes
制冷剂R-502和R-507在光滑强化管中的强迫对流冷凝

Forced Convective Condensation of Refrigerants R-502 and R-507 in Smooth and Enhanced Tubes
制冷剂R-502和R-507在光滑强化管中的强迫对流冷凝

Shell-Side Condensation in Refrigerant Condensers
制冷剂冷凝器壳程冷凝

Shell-Side Condensation in Refrigerant Condensers
制冷剂冷凝器壳程冷凝

EHD Enhancement of In-Tube Condensation Heat Transfer of Alternate Refrigerant R-134a in Smooth and Microfin Tubes
EHD强化替代制冷剂R-134a在光滑微细管中的管内冷凝换热

EHD Enhancement of In-Tube Condensation Heat Transfer of Alternate Refrigerant R-134a in Smooth and Microfin Tubes
EHD强化替代制冷剂R-134a在光滑微细管中的管内冷凝换热

Condensation of R-113 on Enhanced Surfaces
R-113在增强表面上的冷凝

Condensation of R-134a on Enhanced Tubes
R-134a在强化管上的冷凝

Condensation of R-134a on Enhanced Tubes
R-134a在强化管上的冷凝

Condensation of R-113 on Enhanced Surfaces
R-113在增强表面上的冷凝

Two-Phase Flow Condensation Characteristics of Alternatives to R-502 Inside Air/Refrigerant Enhanced Surface Tubing
空气/制冷剂强化表面管内R-502替代品的两相流冷凝特性

Two-Phase Flow Condensation Characteristics of Alternatives to R-502 Inside Air/Refrigerant Enhanced Surface Tubing
空气/制冷剂强化表面管内R-502替代品的两相流冷凝特性

Performance Enhancement and Optimization of a Domestic Binary-Refrigerant Refrigerator
国产二元制冷机的性能改进与优化

Performance Enhancement and Optimization of a Domestic Binary-Refrigerant Refrigerator
国产二元制冷机的性能改进与优化

Prediction of Forced Convective Condensation Characteristics of New Alternatives to R-502 Inside Water/Refrigerant Enhanced Surface Tubing
水/制冷剂强化表面管内R-502新替代品的强迫对流冷凝特性预测

Prediction of Forced Convective Condensation Characteristics of New Alternatives to R-502 Inside Water/Refrigerant Enhanced Surface Tubing
水/制冷剂强化表面管内R-502新替代品的强迫对流冷凝特性预测

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