精品文档---下载后可任意编辑渣油饱和分红外激光解吸/VUV 光电离—高分辨质谱讨论的开题报告摘要：渣油是石油炼制过程中产生的副产物，含有大量的不同种类的化合物。在本讨论中，我们将采纳红外激光解吸和 VUV 光电离等技术进行高分辨质谱讨论，探究渣油中饱和分子的结构、构型和化学反应机理。通过红外激光解吸和 VUV 光电离这两种不同的技术，我们可以获得不同条件下的渣油饱和分子的红外光谱和 VUV 光谱，进而精确分析分子内部的结构、键长、键角等信息，并进一步讨论渣油中饱和分子的裂解反应机理以及不同反应路径的竞争关系。本讨论将采纳高分辨质谱仪对渣油样品进行分析，可应用于石油化工、环保和能源等领域，对提高渣油资源的利用效率和理解化学反应机理具有重要意义。关键词：渣油；红外激光解吸；VUV 光电离；高分辨质谱讨论；反应机理Abstract:Residue oil is a byproduct of petroleum refining, containing a large number of different types of compounds. In this study, we will use infrared laser desorption and VUV ionization techniques to conduct high-resolution mass spectrometry studies to explore the structure, configuration, and chemical reaction mechanism of saturated molecules in residue oil.By using two different techniques of infrared laser desorption and VUV ionization, we can obtain the infrared spectra and VUV spectra of saturated molecules in residue oil under different conditions, thereby accurately analyzing the internal structure, bond length, bond angle, and other information of molecules, and further studying the cracking reaction mechanism of saturated molecules in residue oil and the competitive relationship between different reaction paths.This study will use a high-resolution mass spectrometer to analyze residue oil samples, which can be applied to the fields of petrochemicals, environmental protection, and energy, and has important significance for improving the utilization efficiency of residue oil resources and understanding chemical reaction mechanisms.Keywords: residue oil; infrared laser desorption; VUV ionization; high-resolution mass spectrometry study; reaction mechanism.
