For most cooling water applications, corona discharge is the method of choice because ultraviolet light produces less than 0.5% ozone versus about 1.5% for corona discharge for the same energy input.
因为紫外线比0.5%新鲜的空气少点燃船搬运生产品,所以对于最大多数的冷却水申请,电晕解除是选择的方法对约1.5%为电晕为相同的能源输入释放。
For most cooling water applications, corona discharge is the method of choice because ultraviolet light produces less than 0.5% ozone versus about 1.5% for corona discharge for the same energy input.
因为紫外线比0.5%新鲜的空气少点燃船搬运生产品,所以对于最大多数的冷却水申请,电晕解除是选择的方法对约1.5%为电晕为相同的能源输入释放。
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