氢原子光谱指的是氢原子内的电子在不同能级跃迁时所发射或吸收不同波长、能量之光子而得到的光谱。
氢原子光谱(Hydrogen spectral series ),指地是氢原子内之电子在分歧能阶跃迁时所发射或接收分歧波长、能量之光子而获得地光谱。氢原子光谱为不持续地线.
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氢原子光谱 ( atomic spectrum of hydrogen ) 氢原子是最简单的原子,从氢气放电管可以获得 氢原子光谱 ,这种光谱在可见区和近紫外区有好多条谱线,构成一个很有规律..
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文章详细信息 关键词: 氢原子光谱;巴耳末公式;里德伯常数 [gap=145]Keywords: hydrogen atom spectrum;Balmer formula;Rydberg constant
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氢化物原子吸收光谱法 hydride atomic absorption spectrometry ; Hydrogenate atomic absorption spectrometry
氢化式原子吸收光谱法 HGAA ; Hydride-generation atomic absorption spectrometry
氢化物原子荧光光谱法 hydride atomic fluorescence spectrometry ; HG-AFS
氢化物-原子光谱法 hydride generation-atomic spectrometry
于是问题升级了:它是否能够令人满意地解释氢原子光谱?
The question then arose, would it satisfactorily explain the spectrum of hydrogen?
利用回归分析方法,对改进的小型摄谱仪测氢原子光谱实验的数据进行了处理。
The regression analysis method is used to deal with the data of the hydrogen atom spectroscopy experiment measured by small spectrograph.
薛定谔还是太胆小地放弃了他一开始得到的那个不符合氢原子光谱的相对论性方程。
Schrodinger had really been too timid in giving up his first relativistic equation which was not in agreement with the observations of the hydrogen spectrum.
who conducted the experiment of hydrogen emission spectrum in a magnetic field.
塞曼做了一个,磁场中的氢原子光谱实验。
He measured the line spectra of atomic hydrogen.
测量了氢原子的线光谱。
and he knew this the same way that we saw it in the last class, which is when we viewed the difference spectra coming out from the hydrogen, and we also did it for neon, but we saw in the hydrogen atom that it was very discreet energy levels that we could observe.
那就是,当我们看氢原子发出的光谱时,我们也看了氖气,但我们看到,氢原子能级是分立的,这些,在当时,已经被观察到了,他也都知道。
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