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Direct functionalization of Mn12-(methacrylate) clusters on Si(100): surface characterization and electrochemical properties
(Universidad de Costa Rica, 2016)
Direct functionalization of Mn12-(methacrylate) clusters on Si(100): surface characterization and electrochemical properties
(2016-09)
The reaction of H–terminated Si(100) with methacrylate–substituted manganese carboxylate clusters [Mn12O12{CH2C(CH3)COO}16(H2O)4], [Mn12–(methacrylate)] via hydrosilylation afforded Mn12–(methacrylate)−Si(100). The chemically ...
Direct functionalization of Mn12-(methacrylate) clusters on Si(100): surface characterization and electrochemical properties
(2016-09)
The reaction of H–terminated Si(100) with methacrylate–substituted manganese carboxylate clusters [Mn12O12{CH2C(CH3)COO}16(H2O)4], [Mn12–(methacrylate)] via hydrosilylation afforded Mn12–(methacrylate)−Si(100). The chemically ...
HOLLANDITE CATHODES FOR LITHIUM ION BATTERIES: 1. SYNTHESIS AND CHARACTERIZATION OF THE MM'Mn7O16 COMPOUNDS (M= K, Ba; M' = Mg, Mn, Fe, Ni)
(Sociedad Chilena de Química, 2001)
Catalizadores de Mn-Cu y Mn-Co sintetizados a partir de hidrotalcitas y su empleo en la oxidación de COVs.
(2010)
Se obtuvieron óxidos mixtos del tipo Mn/Mg/Al, Cu/Mn/Mg/Al y Co/Mn/Mg/Al por descomposición térmica de hidrotalcitas, con el manganeso como fase activa mayoritaria y con variaciones en su contenido mediante la adición de ...
Comment on "Magnetoresistance and phase composition of La-Sn-Mn-O systems"
(American Physical Society, 2000-09)
In a published paper by Li et al. [Phys. Rev. B 60, 10284 (1999)] the transport properties and phase composition of the manganites La1-xSnxMnO3+δ (x=0.1-0.5) are studied. The authors analyze their results assuming the ...
Synthesis of MnFeO3 from the oxidate thermal decomposition of Mn(Fe(CN)5NO)*2H2O
(Asociación Química Argentina, 2009-03-26)
On the basis of previous studies about the pentacyanonitrosylmetallates whose thermal decomposition generates different type of oxides, the Mn[Fe(CN)5NO]·2H2O was used as raw material to give FeMnO3. The decomposition was ...