新型石英增强光声光谱测声器的设计与优化研究

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1、山西大学2018届博士学位论文新型石英增强光声光谱测声器的设计与优化研究作者姓名郑华丹指导教师肖连团教授董磊教授学科专业原子与分子物理研究方向应用光谱培养单位激光光谱研究所学习年限2014年9月至2018年6月二〇一八年六月ThesisforDoctor’sdegree,ShanxiUniversity,2018DesignandOptimizaitionofNovelQuartz-enhancedPhotoacousticSpectrophoneStudentNameHuadanZhengSupervisorProf.LiantuanXiaoProf.LeiDongMajorA

2、tomicandMolecularPhysicsSpecialtyAppliedSpectroscopyDepartmentStateKeyLaboratoryofQuantumOpticsandQuantumOpticsDeviceInstituteofLaserSpectroscopyResearchDuration2014.09-2018.06June,2018目录中文摘要......................................................................................................

3、..........IABSTRACT...................................................................................................................III第一章绪论.....................................................................................................................11.1引言............................

4、.............................................................................................11.2光声光谱的发展历史.............................................................................................11.3光声光谱的理论...................................................................................

5、..................21.3.1光的吸收........................................................................................................31.3.2声波和热波的产生........................................................................................41.3.3光声信号的探测..............................................

6、..............................................71.4光声光谱的装置和性质.......................................................................................111.4.1光源..............................................................................................................111.4.2光声池.................

7、.........................................................................................131.4.3探测限制与干扰..........................................................................................151.5本文的主要内容.....................................