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一、先说比荷,或许它是个定值在人们认识微观粒子的过程中,比荷一直是个非常重要的参数,从放电管中的阴极射线到天然放射现象中的β射线,人们之所以确定它们都是高速运动的电子流,就是因为它们有相同的比荷,可见天然放射现象中速度极大的电子流与放电管中的速度相对较小的电子流相比,质量并没有改变,如果带电粒子在高速条件下的比荷一直不变,我们就有必要重新考虑相对论中的质量效应。
First, Beauhagan, perhaps it is a value In the process of people’s understanding of microscopic particles, Beauv has been a very important parameter. From the cathode ray in the discharge tube to the β ray in the natural radiation phenomenon, people are sure They are all high-speed moving electron flow because they have the same specific load. It can be seen that the extremely fast electron current in natural radiation phenomenon has no change in mass compared with the relatively small electron current in the discharge tube. If It is necessary to reconsider the mass effect in the theory of relativity since the specific charge of the charged particles under high speed condition has not changed.