AT-84-01-1-制冷剂冷凝器壳程冷凝-国家数字标准馆

现行 AT-84-01-1

收藏跟踪

购买正版

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

本文介绍了制冷剂冷凝器壳程冷凝的最新研究进展。除了氟碳制冷剂，调查还包括蒸汽和氨。讨论的问题包括蒸汽剪切和浸没、强化管、不致密气体、油的影响和管束设计。引文:研讨会论文，佐治亚州亚特兰大，1984年

This paper presents a state-of-the art survey of shell-side condensation in refrigerant condensers. In addition to the fluorocarbon refrigerants, the survey includes steam and ammonia. Issues addressed include vapor shear and inundation, enhanced tubes, noncondensible gases, effect of oil, and tube bundle design.

分类信息

发布单位或类别：美国-美国采暖、制冷与空调工程师协会

关联关系

研制信息

相似标准/计划/法规

TO-2709(RP-225)

Noncondensible Gases in Shell-Side Refrigerant Condensers
壳程制冷剂冷凝器中的不凝气体

TO-2709(RP-225)

Noncondensible Gases in Shell-Side Refrigerant Condensers
壳程制冷剂冷凝器中的不凝气体

The Effects of Vapor Velocity and Tube Bundle Geometry on Condensation in Shell-Side Refrigeration Condensers
蒸汽速度和管束几何形状对壳程制冷冷凝器冷凝的影响

The Effects of Vapor Velocity and Tube Bundle Geometry on Condensation in Shell-Side Refrigeration Condensers
蒸汽速度和管束几何形状对壳程制冷冷凝器冷凝的影响

Heat Transfer Analysis of Shell-and-Tube Condensers with Shell-Side Enhancement
壳程强化管壳式冷凝器传热分析

Heat Transfer Analysis of Shell-and-Tube Condensers with Shell-Side Enhancement
壳程强化管壳式冷凝器传热分析

Enhancement of Refrigerant Condensation
加强制冷剂冷凝

Enhancement of Refrigerant Condensation
加强制冷剂冷凝

AT-84-01-2(RP-378)

Effects of Refrigerant-Oil Mixtures on Condensation Heat Transfer on the External Surface of Horizontal Tubes in Water-Cooled Shell-and-Tube Condensers
冷冻油混合物对水冷管壳式冷凝器水平管外表面冷凝传热的影响

AT-84-01-2(RP-378)

Effects of Refrigerant-Oil Mixtures on Condensation Heat Transfer on the External Surface of Horizontal Tubes in Water-Cooled Shell-and-Tube Condensers
冷冻油混合物对水冷管壳式冷凝器水平管外表面冷凝传热的影响

An Experimental Investigation of the Effects of Refrigerant-Oil Mixture on Condensation Heat Transfer Coefficient and Pressure Drop in Water Cooled Shell and Tube Condensers
冷媒油混合物对水冷管壳式冷凝器冷凝传热系数和压降影响的实验研究

An Experimental Investigation of the Effects of Refrigerant-Oil Mixture on Condensation Heat Transfer Coefficient and Pressure Drop in Water Cooled Shell and Tube Condensers
冷媒油混合物对水冷管壳式冷凝器冷凝传热系数和压降影响的实验研究

Shell-Side Condensation Heat Transfer of R134a -- Part 1: Finned-Tube Performance
R134a壳程冷凝传热第1部分:翅片管性能

Shell-Side Condensation Heat Transfer of R134a -- Part 1: Finned-Tube Performance
R134a壳程冷凝传热第1部分:翅片管性能

BS EN 13771-2-2017

Compressors and condensing units for refrigeration. Performance testing and test methods-Condensing units
制冷用压缩机和冷凝装置性能测试和测试方法冷凝机组

KS B 6333(2017 Confirm)

콘덴싱 유닛의 시험방법
制冷剂冷凝装置的试验方法

KS B 6333(2022 Confirm)

콘덴싱 유닛의 시험방법
制冷剂冷凝装置的试验方法

JIS B 8623-2019

Testing methods of refrigerant condensing units
制冷剂冷凝装置的试验方法

Shell-Side Condensation Heat Transfer of R-134a -- Part 3: Comparison with R-12
R-134a壳程冷凝传热第3部分:与R-12的比较

Shell-Side Condensation Heat Transfer of R-134a -- Part 2: Enhanced Tube Performance
R-134a壳程冷凝传热第2部分:强化管性能

《国家标准化发展纲要》提出建设国家数字标准馆，推动标准化工作向数字化、网络化、智能化转型。中国标准化研究院正在全力推进国家数字标准馆建设，力争在2026年底建成“一个中心”和“一个平台”，即全球领先的标准数据资源中心，涵盖标准全生命周期的数字化、网络化、智能化研究与服务平台。

专题数据库

标准管理系统

大数据分析系统

标准智能研制系统