大学物理实验
大學物理實驗
대학물리실험
PHYSICAL EXPERIMENT OF COLLEGE
2011年
6期
9-11
,共3页
高频全息光栅%全息照相%干涉%光学平台
高頻全息光柵%全息照相%榦涉%光學平檯
고빈전식광책%전식조상%간섭%광학평태
high-frequency holographic grating%holographic photographic%interference%optical platform
介绍了根据马赫-曾特尔全息光路图而改进和设计的新全息光路图。此光路图不仅很好地解决了原光路图由于分束镜Ⅱ不能使得θ角度有太大改变[1]的局限性,而且具有光路的光程差易控制、角度易调节、实验易操作等诸多优点。可以依据此光路来制作高频全息光栅和相关物理量的测定。
介紹瞭根據馬赫-曾特爾全息光路圖而改進和設計的新全息光路圖。此光路圖不僅很好地解決瞭原光路圖由于分束鏡Ⅱ不能使得θ角度有太大改變[1]的跼限性,而且具有光路的光程差易控製、角度易調節、實驗易操作等諸多優點。可以依據此光路來製作高頻全息光柵和相關物理量的測定。
개소료근거마혁-증특이전식광로도이개진화설계적신전식광로도。차광로도불부흔호지해결료원광로도유우분속경Ⅱ불능사득θ각도유태대개변[1]적국한성,이차구유광로적광정차역공제、각도역조절、실험역조작등제다우점。가이의거차광로래제작고빈전식광책화상관물리량적측정。
This paper introduces according to Mach-Zehnder whose holographic optical path chart and design and improvement of new holographic optical path chart.The light path chart not only solves the former light roadmap due to divide bundle of mirror Ⅱ cannot make theta Angle have too big change,and the limitations of with light path optical path difference easy control,Angle easy adjustment,experiment is easy to operate,and many other advantages.We can produce high-frequency holographic gratings and determine related parameters according to this light path.
