Abstract
By gas-volumimetric methods catalytic activity of VKS Co(2), Ni(2), Cu(2), Zn(2) and Cd(2) on the o-oxyarylazometine basis in the hydroperoxide decomposition and ascorbic acid oxidation reactions was studied. Dependence of catalytic activity of VKS on nature of central atom, aldehyde and amine fragments structure of ligands, complex stability was determined. It was shown that some similarity exist between catalytic activity of studied VKS and their bacteriostatic influence on E.coli,Staph. aureus,B.subtilis.
Citation Formats
Aptekar', M D, and Gordeev, Yu M.
Investigation into catalytic activity of chelates of transition elements with azomethine in connection with their bacteriostatic action.
USSR: N. p.,
1975.
Web.
Aptekar', M D, & Gordeev, Yu M.
Investigation into catalytic activity of chelates of transition elements with azomethine in connection with their bacteriostatic action.
USSR.
Aptekar', M D, and Gordeev, Yu M.
1975.
"Investigation into catalytic activity of chelates of transition elements with azomethine in connection with their bacteriostatic action."
USSR.
@misc{etde_7340729,
title = {Investigation into catalytic activity of chelates of transition elements with azomethine in connection with their bacteriostatic action}
author = {Aptekar', M D, and Gordeev, Yu M}
abstractNote = {By gas-volumimetric methods catalytic activity of VKS Co(2), Ni(2), Cu(2), Zn(2) and Cd(2) on the o-oxyarylazometine basis in the hydroperoxide decomposition and ascorbic acid oxidation reactions was studied. Dependence of catalytic activity of VKS on nature of central atom, aldehyde and amine fragments structure of ligands, complex stability was determined. It was shown that some similarity exist between catalytic activity of studied VKS and their bacteriostatic influence on E.coli,Staph. aureus,B.subtilis.}
journal = []
volume = {45:7}
journal type = {AC}
place = {USSR}
year = {1975}
month = {Jul}
}
title = {Investigation into catalytic activity of chelates of transition elements with azomethine in connection with their bacteriostatic action}
author = {Aptekar', M D, and Gordeev, Yu M}
abstractNote = {By gas-volumimetric methods catalytic activity of VKS Co(2), Ni(2), Cu(2), Zn(2) and Cd(2) on the o-oxyarylazometine basis in the hydroperoxide decomposition and ascorbic acid oxidation reactions was studied. Dependence of catalytic activity of VKS on nature of central atom, aldehyde and amine fragments structure of ligands, complex stability was determined. It was shown that some similarity exist between catalytic activity of studied VKS and their bacteriostatic influence on E.coli,Staph. aureus,B.subtilis.}
journal = []
volume = {45:7}
journal type = {AC}
place = {USSR}
year = {1975}
month = {Jul}
}