论文标题
部分可观测时空混沌系统的无模型预测
Dissociative Excitation of Nitromethane Induced by Electron Impact in the Ultraviolet-Visible Spectrum
论文作者
论文摘要
硝基甲烷CH $ _3 $ no $ _2 $的激发是通过电子影响和随后在UV-VIS光谱区域之间的光子发射在300 nm和670 Nm之间的重要推进剂和原型分子的激发。硝基甲烷的发射光谱以50 eV的电子能量记录。通过出现不同的CH，CN，NH，OH和NO Bands和Balmer系列原子氢，发现了新的解离激发通道。此外，还记录了所选片段过渡的相对发射截面。与先前的研究相比，以更高的分辨率捕获发射光谱。
The excitation of nitromethane CH$_3$NO$_2$, which is an important propellant and prototypic molecule for large class of explosives, has been investigated by electron impact and subsequent emission of photons in the UV-VIS spectral region between 300 nm and 670 nm. Emission spectrum of nitromethane was recorded at an electron energy of 50 eV. New dissociative excitation channels were discovered through the appearance of different CH, CN, NH, OH and NO bands, and the Balmer series of atomic hydrogen. In addition, relative emission cross sections were recorded for the transitions of selected fragments. The emission spectrum was captured at significantly higher resolution in comparison to previous studies.
