飞秒脉冲光学参量振荡器中空间多模的共振研究

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1、2018届硕士学位论文飞秒脉冲光学参量振荡器中空间多模的共振研究作者姓名张长春指导教师刘奎副教授学科专业光学研究方向量子光学培养单位量子光学与光量子器件国家重点实验室山西大学光电研究所学习年限2015年9月至2018年6月二〇一八年六月2018届硕士学位论文飞秒脉冲光学参量振荡器中空间多模的共振研究作者姓名张长春指导教师刘奎副教授学科专业光学研究方向量子光学培养单位量子光学与光量子器件国家重点实验室山西大学光电研究所学习年限2015年9月至2018年6月二〇一八年六月ThesisforMaster’sdegree,ShanxiUniversity,2018Studyofspatialmulti

2、moderesonanceinafemtosecondpulseopticalparametricoscillatorStudentNameChangchunZhangSupervisorAsso.Prof.KuiLiuMajorOpticsSpecialtyQuantumopticsDepartmentStateKeyLaboratoryofQuantumOpticsandQuantumOpticsDevicesInstituteofOpto-ElectronicsResearchDuration2015.09-2018.06June,2018目录目录目录··················

3、·············································································iContents··························································································iii中文摘要·····················································································IABSTRACT·······················

4、······························································III第一章绪论··················································································1第二章理论基础············································································32.1飞秒脉冲........................................................

5、......................................32.1.1锁模理论.....................................................................................32.1.2锁模方法.....................................................................................52.2光场量子态...............................................................

6、............................72.2.1测不准原理..................................................................................72.2.2相干态与压缩态..........................................................................72.2.3多模量子态.................................................................................

7、.92.3平衡零拍探测.....................................................................................12第三章阈值以下SPOPO的理论分析···················································153.1引言...........................