FIELD: quantum physics and laser engineering; systems built around photodissociative generators.
SUBSTANCE: proposed laser system has photodissociative generator, retroreflecting mirror, and electromagnetic radiation source. Generator working chamber has window for light emission and accommodates explosive charge in the form of hollow truncated cone with remote-control detector on large end. Retroreflecting mirror is installed on generator optical axis. In addition, laser system has flexible light-conducting members whose quantity depends on that of remote-control detectors. Light-conducting members are connected through their leads on one end to inputs of remote-control detectors and their leads on other end are bundles. Bundle is brought out of working chamber for optical coupling with electromagnetic radiation source. Retroreflecting mirror is mounted within generator working chamber on remote-control detector side.
EFFECT: simplified design, reduced size.
1 cl, 1 dwg
