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。
a corrosion equation of the oxygen concentration cell of low alloy steel in sea water is derived and proved.
在本文中推导和验证了低合金钢在海水中的氧浓差腐蚀方程。
the results show that these sinters are almost pure oxygen conductors with oxide-ionic transport number of 1 in oxygen concentration cell over the temperature range of 600 ~ 1000 ℃.
氧浓差电池的结果表明,各烧结体样品在600~1000℃范围氧离子迁移数为1,是纯的氧离子导体;
2o9 ceramics were investigated by means of ac impedance spectroscopy, oxygen concentration cell and oxygen pump (electrochemical oxygen permeation) at 600~1000 ℃ in various at- mospher.
以陶瓷样品为固体电解质、多孔性铂为电极,采用交流阻抗谱、气体浓差电池、氧泵等方法研究了样品在600~1000℃下各种气氛中的离子导电特性。
the oxygen ion conduction properties of these sinters were investigated by means of oxygen concentration cell and oxygen pump (electrochemical oxygen permeation) at 600 -1000 ℃.
测定了陶瓷样品600-1000 ℃下的氧浓差电池电动势及氧泵(氧的电化学透过)性能。