薄透镜

báo tòu jìng
  • thin lens
薄透镜薄透镜
薄透镜 [báo tòu jìng]
  • [thin lens] 一种很薄的透镜,它的厚度可以在计算物距、像距、放大率等时忽略不计

薄透镜[báo tòu jìng]
  1. 含衍射光学元件的薄透镜系统初级像差的PWC表示

    PWC Primary Aberration Expression of Thin Lens System Including Diffractive Optical Elements

  2. 本文利用等光程方法导出了薄透镜等效Woods透镜的折射率分布函数及两者结构参数之间的关系。

    The refractive index destribution function of Woods iens equivalent to thin lens and the relations between the structure parameters of two lenses are obtained by using an equal-optical path method in the paper .

  3. 内含热薄透镜CW色心激光腔的振荡光束特性

    The Characteristics of Oscillatory Beam from CW Color Center Laser Resonator with Internally Thermal Thin Lenses

  4. 对偏心椭圆高斯光束经一阶光学系统的变换关系进行了定量推导。对传播方向偏离z轴的椭圆高斯光束经薄透镜传播时的特例进行了讨论。

    The beam is referred to as a decentered elliptical Gaussian beam , its transformation is deduced quantitatively when passing through an optical system .

  5. 介绍了用横向放大率法确定两薄透镜组成的光具组基点的原理和方法,该方法采用线阵光电耦合器件(CCD)测量物经光学系统成像的横向放大率,进一步提高了测量精度。

    The theory and method of using lateral magnification to determine the cardinal point of compound optical system are introduced . Since CCD is used , the high measurement precision is obtained .

  6. 利用Collins公式,推导出厄米-拉盖尔-高斯(HLG)光束通过近轴ABCD光学系统的解析传输公式,并用来研究通过自由空间和薄透镜的传输特性。

    Based on Collins formula , an analytical propagation expression for Hermite-Laguerre-Gaussian ( HLG ) beams through a paraxial optical ABCD system is derived and used to study their propagation properties in free-space and through a thin lens .

  7. 首次采用P-W-C法求解衍/折射薄透镜系统的初级像差方程。

    The primary aberration equation of the diffractive / refractive hybrid thin lens system is solved by the method of P-W-C firstly .

  8. 对双曲余弦高斯光束通过有光阑限制的薄透镜聚焦系统进行了数值计算,计算结果与直接由柯林斯(Collins)公式所得结果一致,且此解析方法便于进行物理分析,可节约大量机时。

    Numerical calculation examples are given for the focusing of cosh Gaussian beams by an aperture lens . A comparison is made , which has shown the advantage of this method and the results are in good agreement with those obtained by the straight forward integration of Collins formula .

  9. 薄透镜焦距测量中的误差及处理

    The handling of errors in measuring the focus of thin lens

  10. 薄透镜在不同介质中的会聚与发散性质

    The convergence and divergence nature of thin lens in different media

  11. 空气中三薄透镜组合系统的基点

    The Cardinal Point of Tri-combination Thin Lens System in the Air

  12. 傍轴光束薄透镜传输的统计行为

    Statistical Behaviors of a Paraxial Beam Transmitting through a Thin Lens

  13. 薄透镜组合的基点与基面位置的讨论

    Discussion on the Basic Point and Basic Face of Compound Lens

  14. 对测定薄透镜焦距误差的探讨

    On the determination of errors in thin lens ˊ focal distance

  15. 在电阻丝上测量薄透镜的焦距

    Measurement of the focal length of a thin lens by resistance thread

  16. 薄透镜焦距测定的改进及误差分析

    The improvement and error analysis of measuring focal distance of thin lens

  17. 无光焦度3贴合薄透镜组初始结构参数求解方法探讨

    A Method of Solving the Initial Structure of a Three-thin-lens Null Corrector

  18. 关于薄透镜作图求像法的讨论

    On the Methods of Making Ray Pictures to Obtain Thin Lens ' Image

  19. 内含热薄透镜四镜环形腔的光束特性

    Beam characteristics of the four-mirror ring resonator with an internal thermal thin lens

  20. 梯度折射率光纤透镜的薄透镜等效分析

    Analysis of the Graded-index Fiber-lens Using Thin Lens Equivalent

  21. 薄透镜成像实验中容易被忽视的几种现象的探讨

    Study on Several Overlooked Phenomena in the Experiment for Thin Lens ' Imaging

  22. 共轴两薄透镜组初始结构的另一求法

    Another Method to Find the Initial Constructions for Two Coaxial Thin Lense System

  23. 薄透镜成像实验教学中一个问题的讨论

    A discussion on a problem in the experimental teaching process of thin lens

  24. 薄透镜成象快速调节技术

    Quick Adjustment Methods of Thin Lens Image Formation

  25. 自聚焦透镜的薄透镜等效系统

    The thin lens equivalent system of selfoc tens

  26. 再议对薄透镜焦距测定的进一步研究

    Further study on thin-lens focal length measurement experiment

  27. 薄透镜的等光程性证明

    Proof of the equal optical path of thin lens Q & A on Sex

  28. 推导薄透镜成像公式的一种方法

    Another Way of Deducing the Thin Lens'Image Formula

  29. 提出利用薄透镜元件对聚焦后的高阶贝塞尔-高斯光束进行重建。

    Reconstruction of focused high order Bessel-Gauss beams by using thin lens is proposed .

  30. 薄透镜焦距测量实验中焦深问题的研究

    Research on Focal Depth in the Experiment of Thin Lens ' Focal Length Measurement