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首页> 外文期刊>Chemical Science International Journal >Impact of Lockdown Measures during COVID-19 Pandemic on Water Vapors in Subtemperate and Subtropical Zones of Jammu Region, Jammu Kashmir Union Territory, India
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Impact of Lockdown Measures during COVID-19 Pandemic on Water Vapors in Subtemperate and Subtropical Zones of Jammu Region, Jammu Kashmir Union Territory, India

机译：锁定措施期间Covid-19流动性蒸发器在Jammu Region，Jammu Kashmir联盟领土中的水料和亚热带区

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Aim: To evaluate the effect of lockdown amid COVID 19 pandemic on water vapors in atmosphereunder subtemperate and subtropical zones of Jammu region.Methodology: To study the variation in atmospheric chemistry, the data was analyzed on fortnightlybasis in order to assess the water vapor presence in the atmosphere during complete lockdown, i.e.from 24 th March to 17 th May 2020. The data of Temperature and Relative Humidity were recorded from Agrometeorological Observatory situated at respective locations under study. The water vaporattributing parameters were calculated by adopting different formulae.Results: The analysis of weather data was done by adopting different statistical techniques and itwas found that ambient temperature was below normal with a deviation of -5.99% and -3.69% undersubtropical and subtemperate zone. With the downshifting pattern observed in temperature, thedensity of air also decreased with deviation of -0.29% in subtropical zone and -0.46 % insubtemperate zone. The relative humidity, mixing ratio and dew point temperature under subtropicalconditions were increased by 8.19, 1.03 and 1.61% respectively, while under subtemperate zonethe parameters increased by 3.98, 4.51 and 10.3% respectively. The saturated mixing ratio,enthalpy and absolute humidity were deviated by -4.53%, -5.45 and -1.50% in subtropical zone and5.94, 6.62 and 8.28 % in subtemperate zone.Conclusion: Variable significant patterns were observed for each parameter and thus it can beconcluded that lockdown had a plausible impact on all humidity or water vapor attributes.
机译：目的：为了评估锁定Covid 19大流动在Jammu区化学水下和亚热带地区水中锁定的效果。研究：研究大气化学的变化，在重组中分析了数据，以评估水蒸气存在完全锁定期间的气氛，IEFROM于2020年3月17日至17日。从占地面积的各个地方的农业气象天文台中记录了温度和相对湿度的数据。通过采用不同的公式来计算水蒸析参数。结果：通过采用不同的统计技术和IT和ITWA来进行天气数据的分析，发现环境温度低于-5.99％和-3.69％的欠偿还和细胞间区域。利用在温度下观察到的下档模式，亚热带中的空气密度也降低了-0.29％，亚热带和-0.46％内敛区。亚热带条件下的相对湿度，混合比率和露点温度分别增加了8.19,1.03和1.61％，而细化合物Zonethe参数分别增加3.98,4.51和10.3％。饱和混合比，焓和绝对湿度偏离-4.53％-5.45和-1.50％，在细胞区的亚热带和5.94,6.62和8.28％中偏离。结论：每个参数观察到可变的显着图案，从而观察到可以因为锁定对所有湿度或水蒸气属性产生了合理的影响。

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