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Infrared study of adsorption and transformations of hydroazide acid on aerosil
Russian version
Pestsov O. S. 1, Aminev T. R. 1, Barakhoeva K. A.1, Satikova E. A. 1, Tsyganenko A. A. 1
1St. Petersburg State University, St. Petersburg, Russia
Email: o.pestsov@spbu.ru, 8919300@mail.ru, barahoeva.k@rambler.ru, lobzikya@gmail.com, atsyg@yandex.ru
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The spectra of hydrazide acid HN3 adsorbed on the surface of aerosil SiO2, the effect of coadsorbed molecules of 2,6-dimethylpyridine C7H9N and sulfur dioxide SO2, as well as the effect of resonant laser IR radiation at the frequency of stretching vibration of the molecule on the protonation reaction of adsorbed 2,6-dimethylpyridine were studied using IR Fourier spectroscopy at -196 oC-+20 oC. Keywords: adsorption, aerosil, hydroazide acid HN3, IR spectroscopy, resonance IR excitation, hydrazoic acid, hydrogen azide.
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