Abstract
Excess electrons in neat polar liquids and microheterogeneous pseudophase systems is a topic of current interest. Recent work has shown that not all the electrons generated by photoionisation, in certain nonionic micellar pseudophase, escape into bulk water but a small fraction gets solvated in the palisade region. Electron pulse irradiation of surfactant-water mixtures generate excess electrons concurrently in both phases, the energy deposition being a function of the electron density fraction of each component. (author). 1 ref., 1 fig.
Ghosh, H N;
Sapre, A V;
Rama Rao, K V.S.
[1]
- Bhabha Atomic Research Centre, Bombay (India). Chemistry Div.
Citation Formats
Ghosh, H N, Sapre, A V, and Rama Rao, K V.S.
Pulse radiolysis of Tx-100 and water mixtures.
India: N. p.,
1994.
Web.
Ghosh, H N, Sapre, A V, & Rama Rao, K V.S.
Pulse radiolysis of Tx-100 and water mixtures.
India.
Ghosh, H N, Sapre, A V, and Rama Rao, K V.S.
1994.
"Pulse radiolysis of Tx-100 and water mixtures."
India.
@misc{etde_100384,
title = {Pulse radiolysis of Tx-100 and water mixtures}
author = {Ghosh, H N, Sapre, A V, and Rama Rao, K V.S.}
abstractNote = {Excess electrons in neat polar liquids and microheterogeneous pseudophase systems is a topic of current interest. Recent work has shown that not all the electrons generated by photoionisation, in certain nonionic micellar pseudophase, escape into bulk water but a small fraction gets solvated in the palisade region. Electron pulse irradiation of surfactant-water mixtures generate excess electrons concurrently in both phases, the energy deposition being a function of the electron density fraction of each component. (author). 1 ref., 1 fig.}
place = {India}
year = {1994}
month = {Dec}
}
title = {Pulse radiolysis of Tx-100 and water mixtures}
author = {Ghosh, H N, Sapre, A V, and Rama Rao, K V.S.}
abstractNote = {Excess electrons in neat polar liquids and microheterogeneous pseudophase systems is a topic of current interest. Recent work has shown that not all the electrons generated by photoionisation, in certain nonionic micellar pseudophase, escape into bulk water but a small fraction gets solvated in the palisade region. Electron pulse irradiation of surfactant-water mixtures generate excess electrons concurrently in both phases, the energy deposition being a function of the electron density fraction of each component. (author). 1 ref., 1 fig.}
place = {India}
year = {1994}
month = {Dec}
}