Microclimate Distribution in a Greenhouse Cooled by a Fog System

机译：由雾系统冷却的温室微节化分布

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The aim of this study was to characterise the microclimate distribution in a greenhouse cooled by a mist system in comparison to the microclimate distribution of a roof ventilated greenhouse. For this purpose, air temperature, vapour pressure deficit and air velocity were measured in several positions inside an even-span greenhouse with a soilless rose crop, during periods with: (i) natural ventilation only, by means of a continuous roof vent and (ii) a mist-system operating associated with natural ventilation. The results indicated that fog induced a more homogeneous field for temperature and humidity, providing a more intensive mixing of the inside atmosphere, while natural ventilation induced high vertical temperature gradients.

机译：本研究的目的是在与雾系统的微气候分布相比，在由雾系统冷却的温室中的微节化分布表征。为此目的，在均线玫瑰作物内的几个位置测量空气温度，蒸汽压力缺损和空气速度，其中包括：（i）仅通过连续屋顶通风口和（ ii）与自然通风相关的雾气系统。结果表明，雾诱导了更均匀的温度和湿度的田间，提供了更加强烈的内部气氛混合，而自然通风诱导高垂直温度梯度。

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《International Horticultural Congress》|2012年||共6页
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N. Katsoulas; C. Kittas; T. Bartzanas;
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中图分类 S625-532;
关键词
Microclimate Distribution; Greenhouse Cooled; Fog System;

机译：微气候分布;温室冷却;雾系统;

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1. Greenhouse Microclimate and Soilless Pepper Crop Production and Quality as Affected by a Fog Evaporative Cooling System [J] . Transactions of the ASABE . 2007,第5期

机译：雾蒸发冷却系统对温室小气候和无土胡椒作物产量和品质的影响
2. GREENHOUSE MICROCLIMATE AND SOILLESS PEPPER CROP PRODUCTION AND QUALITY AS AFFECTED BY A FOG EVAPORATIVE COOLING SYSTEM [J] . N. Katsoulas, C. Kittas, I. L. Tsirogiannis, Transactions of the ASABE . 2007,第5期

机译：雾蒸发冷却系统对温室微肥和甜椒作物产量和品质的影响
3. Greenhouse cooling by a fog system: effects on microclimate and on production and quality of a soilless pepper crop. [J] . Katsoulas N, Kitta E, Kittas C, Acta Horticulturae . 2006,第719期

机译：通过雾气系统进行温室降温：对小气候以及无土胡椒作物的产量和质量产生影响。
4. Microclimate Distribution in a Greenhouse Cooled by a Fog System [C] . N. Katsoulas, C. Kittas, T. Bartzanas International Horticultural Congress . 2012

机译：由雾系统冷却的温室微节化分布
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. 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 [O] . Ahmed M. ABDEL-GHANY, Toyoki KOZAI 2007

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
8. Microclimate Cooling Systems: A Physiological Evaluation of Two Commercial Systems [R] . Pimental, N. A., Avellini, B. A., Janik, C. R. 1988

机译：微气候冷却系统：两种商业系统的生理评估

Microclimate Distribution in a Greenhouse Cooled by a Fog System

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