合肥工業大學教授
主講課程
《大學物理》、《量子力學》、《高等量子力學》、《近代光學》《物理學試論》等本科、研究生課程。
編寫刊物
主要論文
1、微小孔近場衍射的能量傳輸《光學學報》2001.12
2、邊界衍射波的意義《套用雷射》2001.2
3、光場衍射的量子理論《量子光學學報》2001.3
4、微小孔近場衍射中的傳播波和倏逝波《計算物理》2001.5
5、標量高斯光束的能量傳輸《合肥工業大學學報》自然科學版2001.12
6、光束質量因子的研究《合肥工業大學學報》自然科學版2002.12
7、角譜法的等價形式與近似公式《量子電子學報》 2004.2
8、電子衍射、干涉的量子理論《量子電子學報》1999.4
論文選摘
非傍軸衍射光束橫截面上的光強及其能量傳輸
鄧小玖 劉彩霞 王飛 胡繼剛 王東
合肥工業大學 物理系,合肥
摘要：
運用角譜表示的矢量衍射理論,以平面波微小圓孔的非傍軸衍射為例,給出了垂直於光束傳輸方向的橫截面上不同定義的三種光強（傳統光強I、功率密度Jz、時間平均能流密度矢量的z分量〈Sz〉）的計算公式,並進行了詳細的數值計算和比較研究.指出對微小孔衍射的能量傳輸,必須考慮光場的矢量特性.套用能流密度矢量S和功率流密度矢量J,分別計算了微小孔非傍軸衍射的透射係數,得到了一些新的結論.
關鍵字： 物理光學 光強 矢量衍射理論 微小圓孔衍射 透射係數
Light Intensity of Nonparaxial Diffracted Beams at Transverse Plane and Its Energy Transmission
Abstract:
Based on the vectorial diffraction theory of the angular spectrum representation and taken the nonparaxial diffraction of a small circular aperture as an example,the formulae for three different kinds of light intensity (the conventional intensity I,the power density Jz and the z component 〈Sz〉 of the time-averaged Poynting vector) at transverse plane were obtained.Detailed numerical calculation was performed and the different results were compared.It is pointed out that vectorial property of the light field must be taken into account for the energy transmission of small aperture diffraction.The transmission coefficients of small circular aperture diffraction were calculated respectively by applying the energy flux density vector and the power flux density vector,and some new results were obtained.
Keywords: Physical optics Light intensity Vectorial diffraction theory Small circular aperture diffraction Transmission coefficient
