位置：成果数据库 > 期刊 > 期刊详情页
Note: Interference effects elimination in wave plates manufacture.
  • ISSN号：0034-6748
  • 期刊名称：Review of Scientific Instruments
  • 时间：2013.1
  • 页码：016106-016106
  • 相关项目：基于微片激光器腔内光程/频率转化效应的折射率、双折射测量
作者： Chen, Wenxue|Zhang, Shulian|Long, Xingwu|
同期刊论文项目
基于微片激光器腔内光程/频率转化效应的折射率、双折射测量
期刊论文 24 会议论文 1
同项目期刊论文
Polarization flipping and hysteresis phenomenon in laser with optical feedback.
Physical mechanism underlying temperature effects on phase retardation.
Phase difference in modulated signals of two orthogonally polarized outputs of a Nd:YAG microchip la
Fringe abnormality induced by the external interference effect in laser feedback.
Internal stress measurement by laser feedback method.
Optic axis determination based on polarization flipping effect induced by optical feedback.
Polarisation control through an optical feedback technique and its application in precise measu
Measurement method for optical retardation based on the phase difference effect of laser feedback fr
Note: error elimination for ellipsometry by laser feedback instrument.
Polarization modulation in single-frequency He-Ne laser with an anisotropy feedback cavity
Methods for optical phase retardation measurement:A review
Output response in orthogonal directions of a He-Ne laser caused by birefringent-external-cavity fee
Simultaneous measurement of refractive-index and thickness for optical materials by laser feed
Semi-classical theory and experimental research for polarization flipping in a single frequency lase
Measurement of phase retardation of waveplate online based on laser feedback.
Locking phenomenon of polarization flipping in He-Ne laser with a phase anisotropy feedback cav
Angle measurement with laser feedback instrument
Phase retardation measurement by analyzing flipping points of polarization states in laser with an a
Thickness and refractive-index measurement of birefringent material by laser feedback technique
Multi-wavelength conversion based on single wavelength results in phase retardation measurement
外腔镜非线性运动对激光回馈应力测量系统精度的影响及修正
激光回馈引起的微片Nd：YAG激光器频差调制
Nd ∶YAG激光回馈干涉仪稳频研究