the oxide ionic conduction properties of these sinters were investigated by means of oxygen concentration cell and oxygen pump (electrochemical oxygen permeation) at 600~ 1000℃ .
本文还测定了陶瓷样品600~1000℃下氧浓差电池电动势及氧泵(氧的电化学透过)性能。
these materials were divided into two types:oxide-ionic conductor and protonic conductor, their mechanism of ionic conduction and research progress are reviewed in this paper.
the influence of sulfonation degree and plasticizer to the ionic conduction of the systems was examined.
研究了磺化度和增塑剂对增塑体系的离子导电性的影响。
this paper summarizes the developing survey for ionic conduction phenomenon and theoretical. models of grain boundary or interface in solid electrolytes.