Main / Chemistry and Chemical Technology / General and inorganic chemistry / Қамұнұр Қастер
Қамұнұр Қастер
Position И.о. доцента
First higher education
Academic degree
| Name of academic degree | Branch of science | Graduation Date |
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| Магистр | Химическая технология взрывчатых веществ |
Academic degree
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Inorganic Chemistry |
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Inorganic Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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General Chemistry |
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Modern Methods of Reserch of Inorganic Substances |
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Production |
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Production |
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Production |
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Research |
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Research |
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Research |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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Green Chemistry |
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Green Chemistry |
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Green Chemistry |
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Green Chemistry |
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Green Chemistry |
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Green Chemistry |
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Green Chemistry |
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Green Chemistry |
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Green Chemistry |
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Green Chemistry |
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Green Chemistry |
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Green Chemistry |
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Green Chemistry |
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Green Chemistry |
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Green Chemistry |
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Green Chemistry |
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Green Chemistry |
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Green Chemistry |
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General Chemistry Practical Work |
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General Chemistry Practical Work |
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General Chemistry Practical Work |
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General Chemistry Practical Work |
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General Chemistry Practical Work |
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General Chemistry Practical Work |
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General Chemistry Practical Work |
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General Chemistry Practical Work |
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General Chemistry Practical Work |
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General Chemistry Practical Work |
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General Chemistry Practical Work |
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General Chemistry Practical Work |
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General Chemistry Practical Work |
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General Chemistry Practical Work |
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General Chemistry Practical Work |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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Inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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General and inorganic chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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Chemistry |
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1
Қамұнұр Қастер Абдулкаримова Р.Г.
Аргон атмосферасындағы жоғары температурада қатайтылған Al-Mg қорытпасының микроқұрылымы және термиялық қаситтері
2021 - г.
7 - стр.
19
2
Қамұнұр Қастер Калугин С.Н., Кетегенов Т.А.
Көмір өндірудің стандартты емес қалдықтарынан брикет алудың технологиялық принциптерін апробациялау
2021 - г.
4 - стр.
2283
Google Scholar
Профиль автора
Web of Science
Профиль ResearcherID
Author Documents
19
Citations
74 по 65
documents
h-index
4
Efficient Extraction of Lithium, Cobalt, and Nickel from Nickel-Manganese-Cobalt Oxide Cathodes with Cholin Chloride/Pyrogallol-Based Deep Eutectic Solvent
Batkal, A., Kamunur, K., Mussapyrova, L., Mukanov, Y., Nadirov, R.
2025
Recycling
10, с.
1
ЦитированийOptimized Ammonia Leaching and Energy-Efficient Stripping for Lithium and Cobalt Recovery from Spent LiCoO2 Cathodes
Batkal, A., Kamunur, K., Mussapyrova, L., Milikhat, B., Nadirov, R.
2025
Metals
15, с.
2
ЦитированийIntegrated Compositional Modeling and Machine Learning Analysis of REE-Bearing Coal Ash from a Weathered Dumpsite
Nadirov, R., Kamunur, K., Mussapyrova, L., Batkal, A., Tyumentseva, O., Karagulanova, A.
2025
Minerals
15, с.
0
ЦитированийMechanochemical Activation as a Key Step for Enhanced Ammonia Leaching of Spent LiCoO2 Cathodes
Mussapyrova, L., Milikhat, B., Baláž, M., Batkal, A., Kamunur, K., Nadirov, R.
2025
Metals
15, с.
0
ЦитированийSustainable Adhesion Additive Improving Road Bitumen Properties with Rapeseed Oil Waste
Nadirov, R., Ketegenov, T., Batkal, A., Kalugin, S., Teltayev, B., Caputo, P., Oliviero Rossi, C., Kamunur, K., Assylkhanov, Z., Osserov, T.
2025
Sustainability Switzerland
17, с.
3
ЦитированийThe Effect of CuO on the Thermal Behavior and Combustion Features of Pyrotechnic Compositions with AN/MgAl
Ketegenov, T., Nadirov, R., Teltayev, B., Milikhat, B., Kalmuratova, B., Keiichi, H., Kamunur, K.
2024
Sustainability Switzerland
16, с.
4
ЦитированийNovel Pour Point Depressants for Crude Oil Derived from Polyethylene Solution in Hexane and Coal Fly Ash
Nadirov, K., Zhantasov, M., Ketegenov, T., Nadirova, Z., Batkal, A., Kamunur, K., Bimbetova, G., Nadirov, R.
2024
Fluids
9, с.
2
ЦитированийEnhancing Rare Earth Element Recovery from Coal Ash Using High-Voltage Electrical Pulses and Citric Acid Leaching
Ketegenov, T., Kamunur, K., Mussapyrova, L., Batkal, A., Nadirov, R.
2024
Minerals
14, с.
1
ЦитированийEnhanced Recovery of Lithium and Cobalt from Spent Lithium-Ion Batteries Using Ultrasound-Assisted Deep Eutectic Solvent Leaching
Ketegenov, T., Kamunur, K., Mussapyrova, L., Batkal, A., Nadirov, R.
2024
Metals
14, с.
8
ЦитированийEnhanced Combustion Properties of Al-Si Eutectic Alloy in Energetic Mixtures
Ketegenov, T., Vongay, I., Chervyakova, O., Kalmuratova, B., Kononov, A., Kamunur, K., Nadirov, R.
2024
Materials
17, с.
2
ЦитированийEfficient Copper Recovery from Chalcopyrite Using an «Isopropanol–Sulfuric Acid–Sodium Dodecyl Sulfate» System
Kenzhaliyev, B., Ketegenov, T., Kamunur, K., Batkal, A., Nadirov, R.
2023
Minerals
13, с.
4
ЦитированийRecent Advances in the Preparation of Barium Sulfate Nanoparticles: A Mini-Review
Ketegenov, T., Kamunur, K., Batkal, A., Gani, D., Nadirov, R.
2022
Chemengineering
6, с.
12
ЦитированийThe role of the alkaline promoter on the formation of strength and burning of coal briquettes
Kamunur, K., Ketegenov, T., Kalugin, S., Karagulanova, A., Zhaksibaev, M.
2022
South African Journal of Chemical Engineering
42, с. 156-161
2
ЦитированийEnhancing Barite Carbothermal Reduction with Brown Coal by Compaction of the Charge
Ketegenov, T., Kamunur, K., Batkal, A., Nadirov, R.
2022
Processes
10, с.
1
ЦитированийTest trials of a process to produce briquettes from coal mining waste
Ketegenov, T.A., Yushina, T.I., Kalugin, S.N., Kamunur, K.
2021
Gornyi Zhurnal
2021, с. 93-96
2
ЦитированийSynthesis of composite materials based on tib2–tic–al2o3 and crb2-al2o3 in the combustion conditions
Seidualiyeva, A.J., Kamunur, K., Abdulkarimova, R.G., Yücel, O., Batkal, A.N.
2021
Eurasian Chemico Technological Journal
23, с. 111-118
2
ЦитированийThe Catalytic Effect of CuO-Doped Activated Carbon on Thermal Decomposition and Combustion of AN/Mg/NC Composite
Atamanov, M., Yelemessova, Z., Imangazy, A., Kamunur, K., Lesbayev, B., Mansurov, Z., Yue, T., Shen, R., Yan, Q.L.
2019
Journal of Physical Chemistry C
123, с. 22941-22948
21
ЦитированийNew flotation reagents on the base of tetrahydropyran for the processing of high-ash coals
Ketegenov, T., Kalugin, S., Asylkhanov, Z.H., Kamunur, K., Karagulanova, A.
2019
Eurasian Chemico Technological Journal
21, с. 277-281
0
ЦитированийCombustion study of different transitional metal oxide based on AN/MgAl composites gas generators
Kamunur, K., Jandosov, J.M., Abdulkarimova, R.G., Hori, K., Yelemessova, Z.K.
2017
Eurasian Chemico Technological Journal
19, с. 341-346
7
Цитирований
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