A Demonstration of Laser Pumping Using a Compressed Gas Light Source

Dowling, James A.; Shumsky, J.; Eckerman, J.; Schlier, R. E.; Kisatsky, Paul

doi:10.1063/1.1651944

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Systems With Nonisentropic Heating1

The Heating Of Gas In Mechanical Compression Units1

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1968

2006

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Cited by 12 publications

(2 citation statements)

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“…A number of studies are devoted to the gas dynamics in these devices [74][75][76][77]156]. However, no unified computational algorithm exists for devices of this type.…”

Section: Systems With Nonisentropic Heatingmentioning

confidence: 99%

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Heat-engineering units for the generation of dense high-temperature gas

Volov

2006

High Temp

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Various methods of gas compression are reviewed, which are intended for heating the gas. Special attention is given to units of nonisentropic compression of the mechanical heat-engineering type, in which the gas is transferred from chamber to chamber in order to increase the temperature. The units are subdivided into classes or systems, namely, those of impulse, pulse-periodic, and continuous operation. Methods are discussed of mathematical description of processes occurring in units of this type, including analytical investigation of simplified qualitative models and numerical simulation in more complex cases close to reality. CONTENTS

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“…A number of studies are devoted to the gas dynamics in these devices [74][75][76][77]156]. However, no unified computational algorithm exists for devices of this type.…”

Section: Systems With Nonisentropic Heatingmentioning

confidence: 99%

“…However, experiments in single isentropic free-piston compression of gas revealed a low energy efficiency of such a source of optical radiation compared to impulse gas-discharge lamps [77,78] and shock tubes [61].…”

Section: The Heating Of Gas In Mechanical Compression Unitsmentioning

confidence: 99%

Heat-engineering units for the generation of dense high-temperature gas

Volov

2006

High Temp

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Dense‐Plasma Research Using Ballistic Compressors

Heß¹

1986

Contrib Plasma Phys

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An introduction is given to research on dense (or nonideal) plasmas which can be generated to advantage by ballistic compressors. Some properties of ballistic compressors are discussed especially in comparison with shock tubes. A short review is given on the history of these devices for high-pressure plasma generation. The present state of the art is reported including research on the two ZIE ballistic compressors.

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