...,从数据上得知T5比T8直径少4分1多一点(实际上也是),而T5的发亮道理同平凡光管一样,利用电子(electrons)和水银原子(Mercury atom)产生效用,使到荧光粉(fluorescent power)产生我们瞥见的光芒,至于为什么T5为何会省电和敞亮一些?
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Meanwhile the excitation potential of mercury atom in high energy state has been measured and the measurement limitation, as well as the measurement conditions, have been discussed.
同时对汞原子高能态激发电势进行了测量，讨论了测量条件及其局限性等问题。
In this paper, the better measurement exactitudes of the first excitation potential of mercury atom were gotten by using the liner regression method in drawing up experiment curves.
本文用线性回归法拟合实验曲线，提高了汞原子第一激发电势的测量精度。
A look at how the record-setting mercury clock would work reveals the basics of all contemporary neutral-atom lattice clocks.
通过观察这个汞原子钟是如何工作的将奠定目前所有中性原子晶格钟的基础。
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