In:
Australian Journal of Chemistry, CSIRO Publishing, Vol. 52, No. 5 ( 1999), p. 373-
Abstract:
Electrical conductivities of molten trimethylpentylammonium
triethyloctylborate (N1115B2228) and triethylpentylammonium triethylpentylborate (N2225B2225) were measured as functions of temperature
(c. 293 · 15–383 · 15 K) and pressure (from 1 bar to 5 kbar). Analysis of the temperature dependence of the electrical conductivity
was made by using the Vogel–Tammann–Fulcher equation, κ = Aexp[ –
B/(T – T0)]. The empirical nature of the pressure dependence of the B and
T0 parameters has revealed the possibility of obtaining an isothermal equation to explain the pressure
dependence of the electrical conductivity. Accordingly, an empirical equation of the form κ =
a′exp(b′ P+c′
P2) has been found to describe the pressure dependence of the electrical conductivity. The ideal glass transition
temperature, T0, is the key parameter in controlling the pressure dependence of the electrical
conductivity for both systems under study.
Type of Medium:
Online Resource
ISSN:
0004-9425
Language:
English
Publisher:
CSIRO Publishing
Publication Date:
1999
