МОДЕЛЮВАННЯ НЕЛІНІЧНИХ ОПТИЧНИХ ЕФЕКТІВ ВЗАЄМОДІЇ ЛАЗЕРНОГО ВИПРОМІНЮВАННЯ З АТМОСФЕРОЮ І ДЕТЕКТУВАННЯ ЕНЕРГООБМІННИХ ПРОЦЕСІВ В СУМІШУ АТМОСФЕРНИХ ГАЗІВ
DOI:
https://doi.org/10.18524/1815-7459.2019.3.179348Ключові слова:
кінетика енергообміну, атмосферні гази, випромінювання лазера, детектуванняАнотація
Розроблено вдосконалену квантово-кінетичну модель для опису нелінійнооптичного (спектроскопічного) ефекту, спричиненого взаємодією інфрачервоного лазерного випромінювання з атмосферою. Визначені кількісні особливості обміну енергією в суміші CO2-N2-H2О атмосферних газів, які можуть бути використані при розробці нових сенсорних спектроскопічних технологій спостереження за станом атмосфери.
Посилання
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