500 kV transmission lines are alway

500 kV transmission lines are always located in thousands of miles of wilderness, The height of the pole tower, the protection angle of the lightning protection, and the slope of the ground of the pole tower are directly related to the lightning strike. The higher the height of the pole tower, the stronger the inductive performance, and the greater the voltage amplitude generated by the lightning wire through the tower. The greater the protection angle of the lightning line, the more lightning around the strike area will increase, and the number and probability of winding will increase accordingly. The higher the slope of the ground, the more arcs the transmission line is exposed to, resulting in increased inductive sensing. When the line follows the slope to the pole tower, the side bypass area inside the slope is less, but the outside is increased, and the size of the bypass area directly affects the number of lightning strikes. A large number of data show that the probability of lightning strikes will be quite high due to the terrain causing the arc section of the line to be too large and the protection angle of the lightning line to be too large. Some areas are prone to lightning strikes because of the large amount of conductive minerals underground. Due to a large number of underground quality, and the cloud has the opposite charge, while the pole tower forms the earth's "tip discharge", and the cloud's inductive enhancement, coupled with the rod tower and wire are good conductors, the line itself has its own charge, which is very easy to lead to lightning strikes. Lightning is a phenomenon of atmospheric discharge. A large number of positive or negative charges gather in different parts of the cumulonimbus cloud to form thunderstorm clouds, and the ground will also be opposite to the polarity at the bottom of the cloud will also be opposite to the polarity at the bottom of the cloud. When the charge accumulates to a certain intensity in the cloud, it breaks through the air and opens the narrow channel to force the discharge. As the clouds discharge, because the current in the clouds is very strong, the instant air in the passage will be burned, the temperature is as high as 6000-20000℃, so there is dazzling light, which is lightning, and lightning will expand the balloon at high temperature.

500 kV transmission lines are always located in thousands of miles of wilderness, The height of the pole tower, the protection angle of the lightning protection, and the slope of the ground of the pole tower are directly related to the lightning strike. The higher the height of the pole tower, the stronger the inductive performance, and the greater the voltage amplitude generated by the lightning wire through the tower. The greater the protection angle of the lightning line, the more lightning around the strike area will increase, and the number and probability of winding will increase accordingly. The higher the slope of the ground, the more arcs the transmission line is exposed to, resulting in increased inductive sensing. When the line follows the slope to the pole tower, the side bypass area inside the slope is less, but the outside is increased, and the size of the bypass area directly affects the number of lightning strikes. A large number of data show that the probability of lightning strikes will be quite high due to the terrain causing the arc section of the line to be too large and the protection angle of the lightning line to be too large. Some areas are prone to lightning strikes because of the large amount of conductive minerals underground. Due to a large number of underground quality, and the cloud has the opposite charge, while the pole tower forms the earth's "tip discharge", and the cloud's inductive enhancement, coupled with the rod tower and wire are good conductors, the line itself has its own charge, which is very easy to lead to lightning strikes. Lightning is a phenomenon of atmospheric discharge. A large number of positive or negative charges gather in different parts of the cumulonimbus cloud to form thunderstorm clouds, and the ground will also be opposite to the polarity at the bottom of the cloud will also be opposite to the polarity at the bottom of the cloud. When the charge accumulates to a certain intensity in the cloud, it breaks through the air and opens the narrow channel to force the discharge. As the clouds discharge, because the current in the clouds is very strong, the instant air in the passage will be burned, the temperature is as high as 6000-20000℃, so there is dazzling light, which is lightning, and lightning will expand the balloon at high temperature.

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结果 (简体中文) 1: [复制]

复制成功！

500 kV输电线路始终位于数千英里的旷野中，杆塔的高度，雷电保护的保护角度以及杆塔地面的坡度与雷击直接相关。极塔的高度越高，感应性能越强，并且避雷针穿过塔所产生的电压振幅就越大。避雷针的保护角越大，在雷击区域周围的雷击将越多，并且缠绕的次数和可能性也会相应增加。地面的坡度越高，传输线所暴露的电弧就越多，从而导致感应感增强。当直线沿着坡度到达杆塔时，坡度内的侧向旁路面积较小，但是外部增加了，旁路区域的大小直接影响雷击的次数。大量数据表明，由于地形导致线路的弧形截面太大和雷电保护角太大，雷击的可能性会很高。由于地下大量的导电矿物质，一些地区容易遭受雷击。由于大量地下质量，云层具有相反的电荷，而杆塔形成了地球的“尖端放电”，而云层的感应增强，加上杆塔和电线都是很好的导体，线路本身具有自己充电，很容易导致雷击。雷电是一种大气放电现象。大量的正电荷或负电荷聚集在积雨云的不同部分以形成雷暴云，地面也将与云底的极性相反，也将与云底的极性相反。当电荷在云中积累到一定强度时，它将穿透空气并打开狭窄的通道以强制放电。随着云层的放电，由于云层中的电流非常强，通道中的瞬间空气将被燃烧，温度高达6000-20000℃，因此会有耀眼的光，这是闪电，闪电会扩展高温的气球。地面也将与云层底部的极性相反，也将与云层底部的极性相反。当电荷在云中积累到一定强度时，它将穿透空气并打开狭窄的通道以强制放电。随着云层的放电，由于云层中的电流非常强，通道中的瞬间空气会被燃烧，温度高达6000-20000℃，所以会有耀眼的光，这是闪电，闪电会扩大高温的气球。地面也将与云层底部的极性相反，也将与云层底部的极性相反。当电荷在云中积累到一定强度时，它将穿透空气并打开狭窄的通道以强制放电。随着云层的放电，由于云层中的电流非常强，通道中的瞬间空气将被燃烧，温度高达6000-20000℃，因此会有耀眼的光，这是闪电，闪电会扩展高温的气球。

正在翻译中..

结果 (简体中文) 2:[复制]

复制成功！

500千瓦输电线路始终位于千里荒野中，极塔的高度、防雷角度和极塔地面的坡度都与雷击直接相关。极塔的高度越高，电感性能越强，通过塔的闪电产生的电压振幅越大。雷电线的保护角度越大，雷击区域周围的雷电面积就会增加，绕组的数量和概率也会相应增加。地面坡度越高，传输线暴露的电弧越严重，导致电感感应增加。当线沿着坡度到达极塔时，坡度内的侧旁路面积较小，但外部增加，旁路区域的大小直接影响雷击的数量。大量数据表明，由于地形导致直线弧段太大，雷电线保护角度太大，雷击的概率相当高。由于地下有大量导电矿物，一些地区容易发生雷击。由于大量的地下质量，与云具有相反的电荷，而极塔形成地球的"尖端放电"，而云的感应增强，加上杆塔和电线都是良好的导体，线路本身有自己的电荷，这很容易导致雷击。闪电是一种大气放电现象。大量的正电荷或负电荷聚集在云团云的不同部分形成雷暴云，而地面也将与云底的极性相对，也将与云底的极性相反。当电荷在云层中累积到一定强度时，它会穿过空气，打开狭窄的通道来强制放电。由于云层放电，由于云层中的电流非常强，通道中的瞬间空气就会被烧毁，温度高达6000-20000°C，所以有耀眼的光，这是闪电，闪电会膨胀气球在高温下。

正在翻译中..

结果 (简体中文) 3:[复制]

复制成功！

500千伏输电线路总是位于千里荒野中，杆塔的高度、防雷的保护角、杆塔地面的坡度都与雷击直接相关。杆塔高度越高，感应性能越强，避雷线通过杆塔产生的电压幅值也越大。避雷线的保护角越大，雷击区域周围的雷电就越多，绕线的次数和概率也相应增加。地面坡度越高，传输线接触的电弧越多，导致感应感应感应增强。当线路顺坡走向杆塔时，坡内侧绕行面积较小，而外侧绕行面积增大，绕行面积的大小直接影响雷击次数。大量数据表明，由于地形原因，线路弧段过大，避雷线保护角过大，雷击发生的概率相当高。由于地下含有大量导电矿物，一些地区容易遭受雷击。由于大量地下品质，与云层有相反的电荷，而杆塔形成地球的“尖顶放电”，而云层的感应增强，再加上杆塔和电线都是良导体，线路本身就有电荷，这很容易导致雷击。闪电是一种大气放电现象。大量正电荷或负电荷聚集在积雨云的不同部位，形成雷暴云，地面上的极性也会与云底的极性相反。当电荷在云层中积累到一定强度时，它会冲破空气，打开狭窄的通道，迫使放电。当云层放电时，由于云层中的电流非常强，通道内瞬间的空气就会被燃烧，温度高达6000-20000℃，所以会出现耀眼的光，这就是闪电，闪电在高温下会使气球膨胀。

正在翻译中..

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