1 April 1992 Real-time optical information recording using molecular photothermoplastic heterostructures
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Optical Engineering, 31(4), (1992). doi:10.1117/12.56126
Abstract
The photothermoplastic (PTP), photo- and thermoplastic molecular heterostructure materials, which are based on the new principles ofthe donor-acceptor sensibilizations, real-time optical processing methods, the PIP recording cameras, and optical information processing devices with new properties are considered. It is shown that such molecular heterostructure materials have high values of photosensitivity (20 to 100 ASA) and line resolution (above 600 line pairs/mm) and reversibility of over 1000 cycles. For a consistent recording regime a high reproducibility of parameters is achieved. The practical applications of PIP recording for operational holographic memory devices and optical modulation and bit recording systems are analyzed.
Yuri A. Cherkasov, Elena Lvovna Alexandrova, Pavel A. Burov, Evgeni I. Snetkov, "Real-time optical information recording using molecular photothermoplastic heterostructures," Optical Engineering 31(4), (1 April 1992). http://dx.doi.org/10.1117/12.56126
JOURNAL ARTICLE
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KEYWORDS
Heterojunctions

Holography

Molecules

Cameras

Image processing

Optical correlators

Information operations

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