Volume 21 Issue 08
Aug.  2009
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shi peng, liu qiang, cao guowei, et al. Diffractive-refractive method for design of diffractive optical elements for uniform illumination[J]. High Power Laser and Particle Beams, 2009, 21.
Citation: shi peng, liu qiang, cao guowei, et al. Diffractive-refractive method for design of diffractive optical elements for uniform illumination[J]. High Power Laser and Particle Beams, 2009, 21.

Diffractive-refractive method for design of diffractive optical elements for uniform illumination

  • Publish Date: 2009-08-15
  • The diffractive optical element is one of the main solutions to achieve uniform illumination, which is achieved through the pure phase element. There are sub-diffraction spots because of the discontinuity of pure phase element, which makes the beam lose 15% or more energy. Thus a diffractive-refractive method based on the traditional input-output algorithm is developed to design the diffractive optical element. This method makes part of a diffractive optical element continuous in phase, which reduces the light intensity in the discontinuous region of the element, therefore reduces the intensity of sub-diffraction spots. Through studying the influence of spherical phase factor on output light intensity, the phase parameter can be optimized to increase the diffraction efficiency of the incid
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