Since the discovery of high T;super-conductor, much effort was made toits application. More and more evidencehas revealed that most promising fieldof high T;superconductor first to havesuccess must be the microelectro...Since the discovery of high T;super-conductor, much effort was made toits application. More and more evidencehas revealed that most promising fieldof high T;superconductor first to havesuccess must be the microelectronics andcomputer. Superconductor films for mi-croelectronic application are preparedby PVD method, such as electron beamevaporation, pulsed laser evaporation andmagnetron sputtering. In this paper, thepreliminary results of ion beam sputteringdeposition of YBaCuO film are reported展开更多
Since the discovery of the high T_c oxide superconducting materials, more attention has been paid to the possibility of their application. One main barrier of the application is manufacturing difficulties because of t...Since the discovery of the high T_c oxide superconducting materials, more attention has been paid to the possibility of their application. One main barrier of the application is manufacturing difficulties because of the high brittleness of these materials. We report here our results of preparing high T_c oxide superconductor using plasma spraying technique. With this method, it is very easy to compound these materials on mani-展开更多
文摘Since the discovery of high T;super-conductor, much effort was made toits application. More and more evidencehas revealed that most promising fieldof high T;superconductor first to havesuccess must be the microelectronics andcomputer. Superconductor films for mi-croelectronic application are preparedby PVD method, such as electron beamevaporation, pulsed laser evaporation andmagnetron sputtering. In this paper, thepreliminary results of ion beam sputteringdeposition of YBaCuO film are reported
文摘Since the discovery of the high T_c oxide superconducting materials, more attention has been paid to the possibility of their application. One main barrier of the application is manufacturing difficulties because of the high brittleness of these materials. We report here our results of preparing high T_c oxide superconductor using plasma spraying technique. With this method, it is very easy to compound these materials on mani-
