Abstract
The technique of solution molecule dynamics investigation by quasielastic slow neutron scattering is described. Liquid solutions of surfactant triton X-100 before and after contact with hydrophobic sorbent of graphitized soot and hydrophilic sorbent of KSK silicagel were investigated by means of the suggested technique. The obtained values of self diffusion coefficient D and contributions in this coefficient from collective and one particle motion of molecules, and resident time in oscillation state to are presented for liquid solutions with different triton X-100 concentrations. The analysis of data obtained is performed. (author). 20 refs., 3 tab., 3 figs.
Citation Formats
Slisenko, V I, Ivanitskij, P G, Karmazina, T V, Krotenko, V V, Vasil`kevich, A A, Majstrenko, A N, and Mironyuk, A G.
Investigations of molecule dynamics of solutions by quasielastic slow neutron scattering; Kvaziuprugoe rasseyanie medlennykh nejtronov v issledovaniyakh dinamiki molekul rastvorov.
Ukraine: N. p.,
1993.
Web.
Slisenko, V I, Ivanitskij, P G, Karmazina, T V, Krotenko, V V, Vasil`kevich, A A, Majstrenko, A N, & Mironyuk, A G.
Investigations of molecule dynamics of solutions by quasielastic slow neutron scattering; Kvaziuprugoe rasseyanie medlennykh nejtronov v issledovaniyakh dinamiki molekul rastvorov.
Ukraine.
Slisenko, V I, Ivanitskij, P G, Karmazina, T V, Krotenko, V V, Vasil`kevich, A A, Majstrenko, A N, and Mironyuk, A G.
1993.
"Investigations of molecule dynamics of solutions by quasielastic slow neutron scattering; Kvaziuprugoe rasseyanie medlennykh nejtronov v issledovaniyakh dinamiki molekul rastvorov."
Ukraine.
@misc{etde_10146462,
title = {Investigations of molecule dynamics of solutions by quasielastic slow neutron scattering; Kvaziuprugoe rasseyanie medlennykh nejtronov v issledovaniyakh dinamiki molekul rastvorov}
author = {Slisenko, V I, Ivanitskij, P G, Karmazina, T V, Krotenko, V V, Vasil`kevich, A A, Majstrenko, A N, and Mironyuk, A G}
abstractNote = {The technique of solution molecule dynamics investigation by quasielastic slow neutron scattering is described. Liquid solutions of surfactant triton X-100 before and after contact with hydrophobic sorbent of graphitized soot and hydrophilic sorbent of KSK silicagel were investigated by means of the suggested technique. The obtained values of self diffusion coefficient D and contributions in this coefficient from collective and one particle motion of molecules, and resident time in oscillation state to are presented for liquid solutions with different triton X-100 concentrations. The analysis of data obtained is performed. (author). 20 refs., 3 tab., 3 figs.}
place = {Ukraine}
year = {1993}
month = {Dec}
}
title = {Investigations of molecule dynamics of solutions by quasielastic slow neutron scattering; Kvaziuprugoe rasseyanie medlennykh nejtronov v issledovaniyakh dinamiki molekul rastvorov}
author = {Slisenko, V I, Ivanitskij, P G, Karmazina, T V, Krotenko, V V, Vasil`kevich, A A, Majstrenko, A N, and Mironyuk, A G}
abstractNote = {The technique of solution molecule dynamics investigation by quasielastic slow neutron scattering is described. Liquid solutions of surfactant triton X-100 before and after contact with hydrophobic sorbent of graphitized soot and hydrophilic sorbent of KSK silicagel were investigated by means of the suggested technique. The obtained values of self diffusion coefficient D and contributions in this coefficient from collective and one particle motion of molecules, and resident time in oscillation state to are presented for liquid solutions with different triton X-100 concentrations. The analysis of data obtained is performed. (author). 20 refs., 3 tab., 3 figs.}
place = {Ukraine}
year = {1993}
month = {Dec}
}