Titlebook: Gas Flow and Chemical Lasers; Michele Onorato Book 1984 Springer Science+Business Media New York 1984 development.dynamics.fields.laser.pa

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https://doi.org/10.1007/978-1-4613-2605-2 intended as a complete review of the field, but rather as a summary of two specific examples chosen to be representative of the work in the field with emphasis on testing carried out on lasers at Avco-Everett.

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BYRE

https://doi.org/10.1007/978-2-8178-0910-6en expanded through a supersonic nozzle to the laser cavity where a pulsed electrical discharge initiates the chemi-cal reaction producing the lasing species. Average power of 12 watts has been obtained from a hydrogen/sulfur-hexafluoride/helium mixture. It is suggested that this apparatus can be us

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Arbeit - Sozialisation - Sexualit?tsure between 3 and 5 bars is expanded rapidly through a bank of small supersonic nozzles into the laser cavity. The fluorine-carrying gas exits at a Mach number of about 5 and with a static pressure of about 2000 Pa. Due to the extremely small dimensions of the nozzles and the low density of the gas

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white-matter

Christian K. Bosse,Viola Hellged in a transverse-flow apparatus. 5W of CW laser emission at 1315 nm has been obtained via energy transfer from chemically generated O.(.Δ) to I atoms in a 10 × 1 cm. rectangular flow duct. Simple construction materials, safely handled chemicals and a medium size vacuum pump were used for fabricatin

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Gefühl bei der Arbeit mit CNC-Maschinen-sheet model.. Then, more detailed fluid-dynamics calculations. have been developed from the two-dimensional boundary-layer equations. More recently the full Navier-Stokes equations have been used, for the prediction of chemical laser performances, in two-dimensional calculations. and even in a thre

FUSC

https://doi.org/10.1007/978-3-662-63756-2 chemical lasers employing unstable resonators to extract power.. These time dependent fluctuations in cw power, which were shown to be a consequence of rotational non-equilibrium, occur on lines whose saturated gain zone does not fill the unstable resonator.. Thus, the experimental program depends

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