Measurement of the quality of holographic recording materials using a narrow laser beam

Liyun Zhong; Xiaoxu Lu; Qiming Yang; Wenbi Zhang; Bingheng Xiong

doi:10.1117/12.318465

4 August 1998 Measurement of the quality of holographic recording materials using a narrow laser beam

Liyun Zhong, Xiaoxu Lu, Qiming Yang, Wenbi Zhang, Bingheng Xiong

Proceedings Volume 3559, Holographic Displays and Optical Elements II; (1998) https://doi.org/10.1117/12.318465
Event: Photonics China '98, 1998, Beijing, China

Abstract

In this paper, the holographic recording materials is thought as a scattering object, while a laser beam illuminates to the materials, the scattering light must be emerged. For the reconstructing hologram, the scattering light is thought as the scattering noise, it comes from the scattering particles. By using a narrow laser beam illuminates to the recording plate and measures the scattering and diffraction light intensity and the size of diffraction ring, the scattering noise and the size of the particle of the recording materials can be measured respectively. As the size of the particle of the recording materials determines the resolving power of holographic plate, the resolving power determines the quality of hologram, so the measurement of the size of the particle of the recording materials is very important. This paper also presents some new methods to measure the quality of holographic plate, model plate, model plate and PET materials by using the diffraction pattern of a narrow laser beam. The experimental results shows these new methods with wide measuring range, high precision and short measuring time are very practical.

Citation Download Citation

Liyun Zhong, Xiaoxu Lu, Qiming Yang, Wenbi Zhang, and Bingheng Xiong "Measurement of the quality of holographic recording materials using a narrow laser beam", Proc. SPIE 3559, Holographic Displays and Optical Elements II, (4 August 1998); https://doi.org/10.1117/12.318465

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KEYWORDS

Light scattering

Scattering

Laser scattering

Particles

Holography

Diffraction

Holographic materials

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