在用煤渣作为电解质的试验中,比较了亚铬酸镧和亚铬酸钇的电化学腐蚀。这些试验是作为材料研制和试验计划的一部分而进行的,其目的是寻找磁流体动力发电机电路的电极。在电化学试验中,铬酸盐制作的电极(阴极和阳极)部份浸没在熔融的电解质中,电流经由电解质在阳极和阴极之间通过(电流密度大致为1A/cm~2),电极在电化学试验环境中暴露几小时,然后将电极和电解质从试验温度(1723K)冷却到室温。 In experiments using cinder as an electrolyte, the electrochemical corrosion of lanthanum chromite and yttrium chromite was compared. These tests were conducted as part of the material development and pilot program with the aim of finding the electrodes for the MHD circuit. In electrochemical tests, electrodes made from chromate (cathode and anode) are partially immersed in a molten electrolyte, current is passed between the anode and the cathode via an electrolyte (current density is approximately 1 A / cm ~ 2), the electrode is at The electrochemical test environment was exposed for several hours before the electrode and electrolyte were cooled from the test temperature (1723K) to room temperature.