Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)

Summary

Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025) is a book edition^[1].

Key Facts

• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025) authored Physicochemical principles and equipment design (2025) — author (P50): Roman Balabin^[2].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025) authored Physicochemical principles and equipment design (2025) — author (P50): Konstantin Chingin^[3].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025) authored Physicochemical principles and equipment design (2025) — author (P50): Huanwen Chen^[4].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s image is recorded as Синтез NH2OH РГУНГ (cover, 2025).png^[5].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s instance of is recorded as Physicochemical principles and equipment design (2025) — instance of (P31): book edition^[6].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s publisher is recorded as Physicochemical principles and equipment design (2025) — publisher (P123): Gubkin University^[7].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s ISBN-13 is recorded as 978-5-605-31287-1^[8].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s place of publication is recorded as Physicochemical principles and equipment design (2025) — place of publication (P291): Moscow^[9].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s edition number is recorded as 2^[10].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s language of work or name is recorded as Physicochemical principles and equipment design (2025) — language of work or name (P407): Russian^[11].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s language of work or name is recorded as Physicochemical principles and equipment design (2025) — language of work or name (P407): English^[12].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s distribution format is recorded as Physicochemical principles and equipment design (2025) — distribution format (P437): printed book^[13].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s distribution format is recorded as Physicochemical principles and equipment design (2025) — distribution format (P437): ebook^[14].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s country of origin is recorded as Physicochemical principles and equipment design (2025) — country of origin (P495): Russia^[15].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s has part is recorded as Physicochemical principles and equipment design (2025) — has part(s) (P527): About the authors and editor: Huanwen Chen, Konstantin Chingin, Roman Balabin, Ravilya Safieva^[16].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s publication date is recorded as +2025-05-20T00:00:00Z^[17].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s edition or translation of is recorded as Physicochemical principles and equipment design (2025) — edition or translation of (P629): Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma^[18].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s main subject is recorded as Physicochemical principles and equipment design (2025) — main subject (P921): nitrogen fixation^[19].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s main subject is recorded as Physicochemical principles and equipment design (2025) — main subject (P921): green chemistry^[20].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s main subject is recorded as Physicochemical principles and equipment design (2025) — main subject (P921): hydroxylamine^[21].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s main subject is recorded as Physicochemical principles and equipment design (2025) — main subject (P921): nitrosyl hydride^[22].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s main subject is recorded as Physicochemical principles and equipment design (2025) — main subject (P921): plasma chemistry^[23].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s ISBN-10 is recorded as 5-605-31287-1^[24].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s total produced is recorded as {'unit': '1', 'amount': '+50'}^[25].
• Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s number of pages is recorded as {'unit': '1', 'amount': '+52'}^[26].

Body

Authorship and Creation

Authored works include Physicochemical principles and equipment design (2025) — author (P50): Roman Balabin^[2], a chemist^[27], b. 1985^[28], of Russia^[29], awarded the Discover Russia^[30], specialised in analytical chemistry^[31]; Physicochemical principles and equipment design (2025) — author (P50): Konstantin Chingin^[3], a researcher^[32], b. 1983^[33], of Russia^[34]; and Physicochemical principles and equipment design (2025) — author (P50): Huanwen Chen^[4], a researcher^[35], b. 1973^[36], of People's Republic of China^[37]. Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s publisher is recorded as Physicochemical principles and equipment design (2025) — publisher (P123): Gubkin University^[7].

Publication

Synthesis of Hydroxylamine and Nitroxyl in Aqueous Plasma: Physicochemical principles and equipment design (2025)'s publication date is recorded as +2025-05-20T00:00:00Z^[17]. Its place of publication is recorded as Physicochemical principles and equipment design (2025) — place of publication (P291): Moscow^[9]. Languages include Physicochemical principles and equipment design (2025) — language of work or name (P407): Russian^[11] and Physicochemical principles and equipment design (2025) — language of work or name (P407): English^[12].

Subject and Themes

Main subjects include Physicochemical principles and equipment design (2025) — main subject (P921): nitrogen fixation^[19], Physicochemical principles and equipment design (2025) — main subject (P921): green chemistry^[20], Physicochemical principles and equipment design (2025) — main subject (P921): hydroxylamine^[21], Physicochemical principles and equipment design (2025) — main subject (P921): nitrosyl hydride^[22], and Physicochemical principles and equipment design (2025) — main subject (P921): plasma chemistry^[23].