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http://ran-nauka.ru/wp-content/uploads/2021/11/Science-and-innovations-2021-November-10-Part-2.pdf#page=135 ***************************************************************** The present report summarizes the work in which attempts have been made to estimate the quantum yield of 1.3-butadiene from ethanol at atmospheric pressure with the introduction of 1% weight hydrogen peroxide into the system, using ultraviolet irradiation of the reaction, as well as microwave, by studying the resonance mechanism between individual fragments of the catalytic system.
№ | Имя | Описание | Имя файла | Размер | Добавлен |
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1. | catalytic conversion of ethanol | 10.11648.j.ijpc.20220804.12.pdf | 212,8 КБ | 1 февраля 2023 [Rashid_Tal555] | |
2. | Полный текст | catalytic conversion of ethanol | 135__Science-and-innovations-2021-November-10-Part-2.pdf | 2,7 МБ | 1 февраля 2023 [Rashid_Tal555] |
3. | Иллюстрация | Sertificate of Publication | Certificate_Internationalconferention_Australia_Melbourne_1… | 3,1 МБ | 18 ноября 2021 [Rashid_Tal555] |
4. | Полный текст | Quantum chemical resonance estimation in catalytic conversion of ethanol | Science-and-innovations-2021-November-10-Part-2.pdf | 2,7 МБ | 18 ноября 2021 [Rashid_Tal555] |