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No abstract available
Journal
Russian Chemical Reviews (Print); ISSN 0036-021X; 
; v. 82(7); vp
; v. 82(7); vp
No abstract available
Journal
Russian Chemical Reviews (Print); ISSN 0036-021X; ; v. 84(10); p. E01
; v. 84(10); p. E01
No abstract available
Journal
Russian Chemical Reviews (Print); ISSN 0036-021X; ; v. 83(10); p. E01
; v. 83(10); p. E01
No abstract available
Journal
Russian Chemical Reviews (Print); ISSN 0036-021X; ; v. 85(9); p. E01
; v. 85(9); p. E01
No abstract available
Journal
Russian Chemical Reviews (Print); ISSN 0036-021X; ; v. 85(1); p. E01
; v. 85(1); p. E01
No abstract available
Journal
Russian Chemical Reviews (Print); ISSN 0036-021X; ; v. 84(6); p. E01
; v. 84(6); p. E01
No abstract available
Journal
Russian Chemical Reviews (Print); ISSN 0036-021X; ; v. 83(12); p. E01
; v. 83(12); p. E01
[en] Synthesis, structure, properties and reactivity of stable heterocyclic radicals, verdazyls, are considered. Special attention is focused on metal verdazyl complexes. Major areas of application of such radicals are discussed. The bibliography includes 164 references
Journal
Russian Chemical Reviews (Print); ISSN 0036-021X; ; v. 82(8); p. 701-734
; v. 82(8); p. 701-734
[en] Data on the catalytic reactors with ceramic membranes possessing mixed oxygen ion and electronic conductivity that make it possible to integrate the processes of oxygen separation and oxidation are analyzed and generalized. The development of this approach is of interest for the design of energy efficient and environmentally friendly processes for processing natural gas and other raw materials. The general issues concerning the primary processing of light alkanes in reactors with oxygen separating membranes are expounded and general demands to the membrane materials are discussed. Particular attention is paid to the process of oxidative conversion of methane to synthesis gas. The bibliography includes 110 references
Journal
Russian Chemical Reviews (Print); ISSN 0036-021X; ; v. 82(8); p. 772-782
; v. 82(8); p. 772-782
[en] The results of experimental studies concerned with the development of nano-sized drug delivery systems for the antitumour drugs sarcolysine and melphalan are generalized. The structures and biological activities of nanocarriers in comparison with unmodified drugs are discussed. Particular attention is given to the liposomes containing lipid derivatives of sarcolysine and melphalan in the lipid bilayer. The bibliography includes 196 references
Journal
Russian Chemical Reviews (Print); ISSN 0036-021X; ; v. 82(8); p. 783-814
; v. 82(8); p. 783-814
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