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Concept of the Un-cooled Air in a Greenhouse Cooled by Fogging in Summer: An Aid to Estimate the Cooling Efficiency of a Fogging System

机译：在夏季雾化的温室中的未冷却空气的概念：辅助估计雾化系统的冷却效率

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Ahmed M. ABDEL-GHANY; Toyoki KOZAI;
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年度 2007
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1. Concept of the Un-cooled Air in a Greenhouse Cooled by Fogging in Summer: An Aid to Estimate the Cooling Efficiency of a Fogging System [J] . Ahmed M. Abdel-Ghany, Toyoki Kozai Environment control in biology . 2007,第1期

机译：夏季通过雾气冷却的温室中未冷却空气的概念：估算雾气系统冷却效率的辅助手段
2. Air and leaf temperatures and relative humidity in a naturally ventilated single-span greenhouse with a fogging system for cooling and its evaporative cooling efficiency. [J] . Handarto, Hayashi M, Kozai T 生物環境調節 . 2005,第1期

机译：带有雾化系统的自然通风单跨温室中的空气和叶片温度和相对湿度，用于冷却及其蒸发冷却效率。
3. Cooling Efficiency of Fogging Systems for Greenhouses [J] . A. M. Abdel-Ghany, T. Kozai Biosystems Engineering . 2006,第1期

机译：温室雾化系统的冷却效率
4. Increasing Gas Turbines' Output and Efficiency byOptimization of a Fogging Air Cooling System Using CFD Analysis [C] . Y. Hain, V. Litinetski, A. Litinetsky Power-Gen international conference . 2004

机译：通过CFD分析优化雾化空气冷却系统，提高燃气轮机的输出和效率
5. Enhanced greenhouse cooling strategy with natural ventilation and variable fogging rates. [D] . Villarreal-Guerrero, Federico. 2011

机译：通过自然通风和可变雾化率增强温室冷却策略。
6. Regulation of Vapor Pressure Deficit by Greenhouse Micro-Fog Systems Improved Growth and Productivity of Tomato via Enhancing Photosynthesis during Summer Season [O] . Dalong Zhang, Zhongdian Zhang, Jianming Li, -1

机译：温室微雾系统对蒸汽压亏缺的调节通过增强夏季的光合作用提高了番茄的生长和生产力
7. Air and Leaf Temperatures and Relative Humidity in a Naturally Ventilated Single-Span Greenhouse with a Fogging System for Cooling and Its Evaporative Cooling Efficiency [O] . Makio HAYASHI, Toyoki KOZAI 2005

机译：空气和叶片温度和相对湿度在天然通风的单跨温室中，具有雾化系统，用于冷却及其蒸发冷却效率
8. Fog Related to Stratus Clouds in Southern California. Multisensor Observations of Fog and Analysis of Mesoscale and Radiosonde Data Provide Evidence that Radiational Cooling from the Top of Stratus Clouds is a Significant Process Leading to Fog Formation and that Mesoscale Variability of Fog Producing Mechanisms is Great. [R] . noonkester, v. r. logue, l. e. 1976

机译：雾在南加州与层云有关。雾的多传感器观测和中尺度和无线电探空资料分析提供证据表明，层云顶部的辐射冷却是导致雾形成的重要过程，雾生成机制的中尺度变化很大。

Concept of the Un-cooled Air in a Greenhouse Cooled by Fogging in Summer: An Aid to Estimate the Cooling Efficiency of a Fogging System

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