Analysis of one-pass amplifier efficiency in the resonant lidar emitter
Abstract
The methods for calculating efficiency of a dye lamp-pumped one-pass amplifier in the emitter resonance lidar are considered taking into account the effect of noise amplification in the active medium. The calculation results indicate that the main mechanism of radiation energy limitation with the increase in the length of the amplifier active medium is the amplified radiation noise.References
Лагутин, М.Ф., Мустецов, Н.П., Зарудный, А.А. Однокаскадный усилитель на органических красителях // Тезисы докладов 2-й Всесоюз. конф. “Лазеры на основе сложных органических соединений и их применение”. – Душанбе, 1977. – С.341-342.
Зарудный, А.А., Мегель, Ю.Е., Лагутин, М.Ф. Лидар для исследования мезосферной примеси // Оптика атмосферы. – 1988. – Т.1. – №6. – С.83-89.
Лазеры на красителях с ламповой накачкой для исследования атмосферы / Лагутин М.Ф., Зарудный А.А., Басецкий В.Л., Плетенев В.Г. // Радиотехника. – 1997. – Вып.102. – С.104-114.
Зарудный, А.А. Теоретический анализ повышения интенсивности излучения резонансного лидара однопроходовым усилителем // Радиотехника. – 2014. – Вып.178. – С.71-74.
Анохов, С.П., Марусий, Т.Я., Соскин, М.С. Перестраиваемые лазеры. – М. : Радио и связь, 1982. – 360с.
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