... PARTICLE CHARGE DETECTOR 粒子电荷侦测器 charge particle 带电粒子 high-charge particle 高电荷粒子 ...
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metallic charge particle 射孔弹金属颗粒
charge particle beam 荷电粒子束
high-charge particle 高电荷粒子
resonance charge-particle 荷电粒子共振
particle charge 粒子电荷 ; 微粒电
charge particle size 料装粒度
charge-particle beam 荷电粒子束
A proton is an elementary particle of matter that possesses a positive charge.
质子是带正电荷的物质的基本粒子。
For every matter particle there is thought to exist an antimatter partner with the same mass but opposite charge.
对于每一种物质粒子,都被认为是存在着与它具有相同质量与但电荷相反的反物质的匹配物。
It will be a particle with a positive charge and a positive mass.
它将是一个带着正电荷和正质量的粒子。
He could divide all of that by the absolute value of the charge of the positive particle, all over the mass of the positive particle.
他可以把这整个,除以正电粒子的,电荷绝对值除以,正电粒子的质量。
The first, which I just stated, is that the deflection of that negative particle was just far and away more extreme, much, much larger than that of the positive particle. The other assumption that he made here is that the charge on the two particles was equal.
为了这么做,他又做了更多的观察,首先,像我之前已经说了,测到的负电粒子,偏转要远远,大于正电粒子,另外一个他做了一个假设。
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