Electrophysical properties of nanoporous cerium dioxide–water system

A Bogdan; A Kushima; A. I. Chroneos; D Parfitt; E Chiavazzo; E Hensen; EN Luk’yanova; EZ Pina-Salazar; FA Korolev; FA Korolev; G Garcia-Belmonte; G. Ya Khadzhai; GS Bordonskyi; H Wang; I. L. Goulatis; ID Seymour; ID Seymour; JA Felton; JM Baker; K Hatakeyama; KD Kreuer; MJD Rushton; MJD Rushton; ML Traulsen; R. V. Vovk; RW Grimes; S Boskovic; V. I. Biletskyi; V. V. Bogdanov; VA Ogorodnik; VK Ivanov; Y Daiko; Y Yao; Yu I. Boyko

research

Electrophysical properties of nanoporous cerium dioxide–water system

Authors: A Bogdan
A Kushima
A. I. Chroneos
D Parfitt
E Chiavazzo
E Hensen
EN Luk’yanova
EZ Pina-Salazar
FA Korolev
FA Korolev
G Garcia-Belmonte
G. Ya Khadzhai
GS Bordonskyi
H Wang
I. L. Goulatis
ID Seymour
ID Seymour
JA Felton
JM Baker
K Hatakeyama
KD Kreuer
MJD Rushton
MJD Rushton
ML Traulsen
R. V. Vovk
RW Grimes
S Boskovic
V. I. Biletskyi
V. V. Bogdanov
VA Ogorodnik
VK Ivanov
Y Daiko
Y Yao
Yu I. Boyko
Publication date: 1 January 2016
Publisher: 'Springer Science and Business Media LLC'
Doi

Abstract

The impedance of nanoporous cerium dioxide with adsorbed water is investigated in the frequency range 103–104 Hz at temperatures near the water–ice phase transition. Here we show that the manifestation of impedance peculiarities at phase transition is caused by the dielectric constant of the matrix