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SIMULATION OF PLANT SHOOT-TIP TEMPERATURE BASED ON PENMAN-MONTEITH MODEL

机译:基于Penman-Monteith模型的工厂梢温度模拟

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摘要

A model that predicts a plant shoot-tip temperature using five environment factors was constructed and simulation study was performed using the developed model to search the most effective environment factor which influences the shoot-tip temperature. The ambient air temperature was found to be the most effective to increase and decrease the shoot-tip temperature compared to changing glazing materials and shortwave radiation coming to the plant canopy.
机译:建立了使用五个环境因素预测植物梢尖温度的模型,并使用开发的模型进行了仿真研究,以寻找影响梢尖温度的最有效环境因子。与改变玻璃材料和进入植物冠层的短波辐射相比,发现环境空气温度是最有效的增加和降低梢尖温度的方法。

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