&lt;title&gt;Automated Thermoplastic Holographic Camera Development&lt;/title&gt;

Lee, T. C.; Skogen, J.; Schulze, R. G.; Bernal, Guillermo; Lin, Jhe-Yu; Dæhlin, Torstein E.; Campbell, Margaret A.

doi:10.1117/12.958441

SPIE Proceedings

1980

DOI: 10.1117/12.958441

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<title>Automated Thermoplastic Holographic Camera Development</title>

T. C. Lee

J. Skogen

R. G. Schulze

et al.

Abstract: We report in this paper the development of an automated thermoplastic holographic camera which produces reproducible results from cycle -to -cycle and from sample to sample. Design innovations and performance characterization of the camera are described; its use in holographic interferometry is also illustrated. AbstractWe report in this paper the development of an automated thermoplastic holographic camera which produces reproducible results from cycle-to-cycle and from sample to sample. Design innovations an… Show more

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A technique for making holograms easily and for measuring simultaneously the behaviour of particles of different sizes and/or shapes

Shimizu¹,

Kato²,

Ikeda³

et al. 2004

Meas. Sci. Technol.

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A new technique for rapidly discriminating shapes and/or sizes of micrometre size particles which are spatially distributed on a large scale has been developed. The technique is based on multiplexed matched spatial filtering, which is a kind of Fourier holographic filtering technique. Using the technique, large view visualization of the spatial distribution and the spatial behaviour of specific particles (e.g. aerosols, allergen particles, red blood cells, etc) can be realized. To make the multiplexed matched spatial filter (MMSF), a new material for hologram recording has been applied. The material is a photoconductor plastic which is processed by a solvent vapour and a corona discharge. The method of hologram recording is a dry process, which processes the material in several minutes at the initial settings of the device. Therefore, the MMSF can be made very easily in a short time. In the research, the discrimination of spatial behaviour of moving particles of different shape and/or size has been carried out by the MMSF made by the photoconductor plastic material.

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A technique for making holograms easily and for measuring simultaneously the behaviour of particles of different sizes and/or shapes

Shimizu¹,

Kato²,

Ikeda³

et al. 2004

Meas. Sci. Technol.

View full text Add to dashboard Cite

show abstract

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<title>Automated Thermoplastic Holographic Camera Development</title>

Cited by 1 publication

References 1 publication

A technique for making holograms easily and for measuring simultaneously the behaviour of particles of different sizes and/or shapes

A technique for making holograms easily and for measuring simultaneously the behaviour of particles of different sizes and/or shapes

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