氢气放电源打靶的较完整新谱系实验测量

 为了能够实现明确和清晰地同时测出氢气放电源打靶的较完整新谱系，使用氢气放电中的电子和X射线等直接打靶，在衍射角和测量角均为45°时，测量氢气放电源打靶的较完整新谱系。实验同时测到了3组6条氢气放电源打靶的新谱系，它们是：（2.25±0.07）和（2.56±0.08） keV；（3.25±0.10）和（3.62±0.11） keV；（4.42±0.13）和（4.79±0.15） keV。这6条新谱线表征了未知粒子的能级特性，是未知粒子存在的标志。未知粒子在靶中能储存一年以上，测得的未知粒子能级谱线能量为keV量级，氢气放电源中粒子为已知粒子，据此可以认为未知粒子是一种新原子态氢原子。

Experimental measurement of new spectral series of hydrogen gas discharge source bombarding target

In order to detect the new spectral series of hydrogen gas discharge source bombarding target more integrated, the experiment of bombarding targets with known particles or beams, such as electron and X-ray was carried out. Under the condition of 45° diffractive angle and 45° measure angle, six new spectral lines were detected, they were （2.25±0.07） keV and （2.56±0.08） keV; （3.25±0.10） keV and （3.62±0.11） keV; （4.42±0.13） keV and （4.79±0.15） keV. The spectral lines showed the energy level of new atom state of hydrogen. The fact of these new spectral lines being detected indicated that new hydrogen atoms with new atom state were produced in hydrogen gas discharge.