MnBr vapor active medium with a built-in reactor at 100-kHz pulse repetition frequency

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4 Citations (Scopus)

Abstract

Frequency and energy characteristics of a MnBr vapor laser with a built-in reactor, i.e., with gas vapors being produced within a gas discharge tube, and the dependence of the average output power on different parameters are studied in this work. The values of the GDT wall temperature and buffer gas pressure required for obtaining the maximum output power are determined. It is shown that active media of this kind are as good as media with a conventional method of gas vapor production. A pulse repetition frequency of 100 kHz is attained for the first time for a medium on Mn atom transitions. The use of this active medium as a brightness amplifier in active optical systems is described; the amplifying characteristics are analyzed.

Original languageEnglish
Pages (from-to)458-462
Number of pages5
JournalAtmospheric and Oceanic Optics
Volume27
Issue number5
DOIs
Publication statusPublished - 1 Sep 2014

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repetition
reactors
vapors
pulses
gas
gas discharge tubes
output
wall temperature
gases
gas pressure
brightness
buffers
amplifiers
laser
reactor
lasers
atoms
energy
temperature

Keywords

  • built-in reactor
  • high-frequency brightness amplifiers
  • laser monitor
  • Mn halide vapor lasers

ASJC Scopus subject areas

  • Atomic and Molecular Physics, and Optics
  • Atmospheric Science
  • Earth-Surface Processes
  • Oceanography

Cite this

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title = "MnBr vapor active medium with a built-in reactor at 100-kHz pulse repetition frequency",
abstract = "Frequency and energy characteristics of a MnBr vapor laser with a built-in reactor, i.e., with gas vapors being produced within a gas discharge tube, and the dependence of the average output power on different parameters are studied in this work. The values of the GDT wall temperature and buffer gas pressure required for obtaining the maximum output power are determined. It is shown that active media of this kind are as good as media with a conventional method of gas vapor production. A pulse repetition frequency of 100 kHz is attained for the first time for a medium on Mn atom transitions. The use of this active medium as a brightness amplifier in active optical systems is described; the amplifying characteristics are analyzed.",
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author = "Trigub, {Maxim Victorovich} and Shiyanov, {Dmitry Valerievich} and Sukhanov, {V. B.} and Evtushenko, {G. S.}",
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T1 - MnBr vapor active medium with a built-in reactor at 100-kHz pulse repetition frequency

AU - Trigub, Maxim Victorovich

AU - Shiyanov, Dmitry Valerievich

AU - Sukhanov, V. B.

AU - Evtushenko, G. S.

PY - 2014/9/1

Y1 - 2014/9/1

N2 - Frequency and energy characteristics of a MnBr vapor laser with a built-in reactor, i.e., with gas vapors being produced within a gas discharge tube, and the dependence of the average output power on different parameters are studied in this work. The values of the GDT wall temperature and buffer gas pressure required for obtaining the maximum output power are determined. It is shown that active media of this kind are as good as media with a conventional method of gas vapor production. A pulse repetition frequency of 100 kHz is attained for the first time for a medium on Mn atom transitions. The use of this active medium as a brightness amplifier in active optical systems is described; the amplifying characteristics are analyzed.

AB - Frequency and energy characteristics of a MnBr vapor laser with a built-in reactor, i.e., with gas vapors being produced within a gas discharge tube, and the dependence of the average output power on different parameters are studied in this work. The values of the GDT wall temperature and buffer gas pressure required for obtaining the maximum output power are determined. It is shown that active media of this kind are as good as media with a conventional method of gas vapor production. A pulse repetition frequency of 100 kHz is attained for the first time for a medium on Mn atom transitions. The use of this active medium as a brightness amplifier in active optical systems is described; the amplifying characteristics are analyzed.

KW - built-in reactor

KW - high-frequency brightness amplifiers

KW - laser monitor

KW - Mn halide vapor lasers

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