CAJ | 학술논문

拉曼光谱技术已成为目前静压下研究物质微观结构的主要手段之一，然而该项技术在动态加载下的应用最近几十年才渐渐发展起来，尤其在国内这几年方才得到应用。文章主要综述拉曼光谱技术在动态加载下苯的应用及其研究进展，通过对文献的分析，总结苯在动态加载下的相变和化学变化存在的分歧，此分歧仍需得到进一步验证。
랍만광보기술이성위목전정압하연구물질미관결구적주요수단지일，연이해항기술재동태가재하적응용최근궤십년재점점발전기래，우기재국내저궤년방재득도응용。문장주요종술랍만광보기술재동태가재하분적응용급기연구진전，통과대문헌적분석，총결분재동태가재하적상변화화학변화존재적분기，차분기잉수득도진일보험증。
Raman spectroscopy has become one of the important means to probe the microscopic structure of matter under static compression. However,the application of this technology under dynamic loading has gradually developed in recent decades; moreover,it has just been applied over the past few years in China. This paper mainly reviews the application and research of Raman spectroscopy of benzene under shock compression. By analyzing documents,it concludes differences between the study of shock-induced phase transition and chemical changes of liquid benzene,which still need farther verification by experiment.