Analysis of Storage State and Condensation Risk of Paddy Pile Based on Temperature and Humidity Field Cloud Map [PDF]
, 2021 Taking paddy as the research object,the integrated temperature and humidity sensors was used to carry out monitoring at different condensation prone locations by simulation of the actual granary.The temperature and relative humidity of different ...
JIN Yi +5 more
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Quantitative analysis of water vapor budget of a persistent rainstrom event in Tongren of Guizhou Province [PDF]
, 2023 This paper focus on revealing the features of the water vapor transport, water vapor budget and the contribution percentage of water vapor source regions of the persistent rainstorm in Tongren from July 13th to 16th, 2014 based on precipitation ...
Chunyan LV +5 more
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Performance of positive pressure fan-pad cooling system and cooling load model for Chinese solar greenhouse [PDF]
, 2019 Year-round and efficient production for crop products of high yield, quality and cleanliness is the development trend of the Chinese solar greenhouse (CSG).
Bo, Z +5 more
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Study on the influence of inlet air relative humidity on temperature and moisture of warehouse grain stack during ventilation [PDF]
, 2020 Temperature and moisture content are two important physical variables that play a considerable role in the study of quality changes during grain storage.
KONG Ling-jin, QI Yu-kang, WANG Yi
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Study on moisture re-absorption characteristics and equilibrium prediction model of coal dust with different rank [PDF]
, 2023 Moisture re-absorption is an effective method to measure wettability of coal dust, but for different types of coal dust, there are difference in their hydrophilicity.
Fei WANG +5 more
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Residential Thermal Comfort in Western Agricultural and Pastoral Areas of Inner Mongolia in Shoulder Season [PDF]
, 2017 对内蒙古西部农牧区的81户住宅的过渡季和采暖期初的室内外环境参数进行了现场测试,并以主观问卷调查的方式对居民的着装情况和热感觉等做了统计。经过对; 调查测试的结果进行了统计分析,得出内蒙古西部农牧区的的过渡季和采暖期初的热中性温度为15.6 ℃和15.3 ℃,热期望温度为17.9; ℃和18.6 ℃, 80%居民可接受温度下限为13.1 ℃和14.3 ℃, 90%的热可接受温度范围为15.9 ~ 23.3 ℃和17.5 ~; 21.9 ℃。结果表明处于当地气候条件下和穿衣、适应措施的综合影响下 ...
史俊鑫, 张东杰, 沈强, 金国辉
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Research Progress in the Formation of Quality of Dry-Aged Beef and Approaches for Its Added Value [PDF]
, 2023 Dry aging is an effective method to improve the quality and value of meat. Meat quality characteristics such as tenderness and flavor can be significantly improved through a series of biochemical reactions.
LIU Yinchu, GAO Xiaoguang, ZHANG Songshan, LEI Yuanhua, XIE Peng, SUN Baozhong, WEI Meng, LIU Xiaochang
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Gaoya dianqi, 2020 变电站设备箱体作为变电主设备重要的组成部分,其安全稳定运行对电网的可靠性至关重要。目前运行在南方地区高温、高湿、高盐腐气候环境中的变电站设备箱体时常会因为内部元器件二次元件老化、锈蚀等问题造成主设备出现故障。而引起二次元件老化、锈蚀等问题的主要原因是变电站设备箱体内部温度、湿度超标,突出表现为箱体内部出现凝露问题。凝露现象的产生主要是因为当相对湿度较高的气体遇到物体温度相对较低的表面时,高温气体降到露点温度后在低温物体表面出现的液化现象。文中基于能量、动量、连续性以及组分守恒定律 ...
王流火 +4 more
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Shuitu Baochi Xuebao, 2007 运用TDP液流计对湿地松树干液流密度进行长期连续测定，并用传感器同步记录环境因子的变化。湿地松边材面积与胸径之间的关系可以用二次函数很好地拟合。对湿地松生长旺季、非生长旺季以及全年液流观测结果与边材面积进行回归分析，日累计液流量与边材面积间均呈极显著的线性相关关系，所有方程的相关系数都在0．95以上。单位边材面积日累计液流量与冠层温度、冠层相对湿度、光合有效辐射均呈极显著的线性相关。建立了单位边材面积日累计液流量与冠层温度、冠层相对湿度、光合有效辐射的多元线性回归方程 ...
涂洁, 刘琪璟
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人工藻结皮形成过程中表土非降雨型水分吸收的变化情况 [PDF]
, 2010 在干旱、半干旱地区,表土非降雨型水分吸收对于植物、生物结皮以及一些小型动物都起着非常重要的作用.本研究对库布齐沙漠中各种水分吸收类型进行了调查,并对人工结皮形成过程中水分吸收的变化进行了跟踪监测.结果发现,在实验区,从空气中吸收的水分占表土水分吸收量的25.07%~39.83%,其主要是通过水汽吸附机制进行.相比之下,表土从深层土壤吸收的水分更多,大约占到水分吸收量的60.17%~74.93%.人工结皮的形成促进了表土水分的吸收,但吸收水分的增加并非在接种后或结皮形成后立即表现出来,而是在结皮形成后 ...
兰书斌 +5 more
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