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Variation of Atmospheric Temperature with Height in the Phenomena of Lightning Waveforms

机译:闪电波形现象中的高度差异变化

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The temperature at different height at different places is different, it may depend on various factors. The variation of atmospheric temperature varies as a function of height taken from the sea level. The temperature decreases with height in the troposphere. The location of the charge centre appears to be determined by temperature and not by the height of the cloud above the ground. The main negative charge centre is generally located between the -10°C and -25°C isotherms with the main positive charges some km higher up. Due to the variation of temperature, the ice crystal, super cooled water droplet etc. move updraft and downdraft, forms the charge in the cloud due to which the lightning phenomena occurs. In the cloud, the negative charge lies in the central part of the cloud, positive charge remains on above the negative charge centre in the cloud and small amount of positive charge as a pocket charge remains on the bottom part of the cloud. The positive ground flashes are initiated from the upper positive charge region and the negative ground flashes are initiated from the negative charge region in the thunder-cloud. The lower positive charge also play an important role for determining the different types of lightning.
机译:不同地方不同高度的温度不同,可能取决于各种因素。大气温度的变化随着从海平面取出的高度而变化。温度随着对流层的高度而降低。充电中心的位置似乎通过温度而不是通过地面上方的云的高度来确定。主负极电荷中心通常位于-10°C和-25°C等温线之间,其主要阳性电荷升高。由于温度的变化,冰晶,超级冷却水滴等。移动上升流和下游,在云中形成电荷,因为闪电现象发生。在云中,负电荷位于云的中心部分,正电荷在云中的负电荷中心上方保持在云中的少量正电荷,因为袋充电保留在云的底部。正地闪光从上部正电荷区域开始,负面闪烁从雷云中的负电荷区域开始。较低的正电荷也为确定不同类型的闪电发挥着重要作用。

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