基于dbr激光器的rb蒸气粒子数密度检测方法研究

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1、万方数据StudyonDetectionofRubidiumVaporDensityBasedonDBRDiodeLaserCandidate：QueYiqinAdvisor：Prof.HuaWeihongA.Prof.WangHongyanResearchAssistantYangZiningAdissertationSubmittedinpartialfulfillmentoftherequirementsforthedegreeofMasterofEngineeringinOpticalEngineeringGraduate

2、SchoolofNationalUniversityofDefenseTechnologyChangsha，Hunan，P.R.ChinaNovember，2013万方数据万方数据万方数据万方数据国防科学技术大学研究生院硕士学位论文目录摘要.................................................................................................................iABSTRACT..........................

3、..............................................................................iii第一章绪论......................................................................................................11.1研究背景及意义.....................................................................

4、..........................11.2饱和蒸气压公式的局限...................................................................................21.3研究内容及结构安排.......................................................................................3第二章碱金属蒸气粒子数密度测量方法综述.........................

5、...........................52.1吸收光谱法.......................................................................................................52.2法拉第磁光效应测量法...................................................................................62.3干涉测量法.......................

6、................................................................................82.4测量方法对比分析...........................................................................................92.5本章小结.............................................................................

7、............................10第三章铷DPAL增益介质粒子数密度测量.....................................................113.1铷吸收光谱计算.............................................................................................113.1.1铷原子D1line超精细能级结构......................................

8、...................113.1.2吸收截面计算......................................................................................123.1.