High Temperature Superconducting Materials: Study, Synthesis and Search

9500625朱教授建议充分利用课题组的专长和能力，寻找、合成和研究新的高温超导及相关的氧化物和金属间化合物。这项研究将使朱教授和他的同事们能够解决高温超导的关键问题，如可能的最高转变温度、高温超导的发生、超导对对称以及高温超导化合物的形成。这项研究所获得的知识将缩短高温超导体最终商业化的道路。朱志伟教授建议继续运用他的专业能力，寻找和研究具有科学挑战性和技术前景的新型高温超导材料。这项建议的研究将使朱教授了解高温超导是如何发生的，为什么会发生，以及如何使它发生。通过这项研究，揭开高温超导的神秘面纱，了解高温超导化合物的形成，人们可能会发现具有更高转变温度和更好工程性能的化合物，从而加速高温超导的商业化。＊＊＊

9500625 CHU Professor C. W. Chu proposes to search for , synthesize, and study novel high temperature superconducting and related oxide and intermetallic compounds by fully exploiting the exceptional expertise and capabilities that have been acquired by his research group. The proposed research will enable Professor Chu and fellow scientists to address the critical issues of high temperature superconductivity, such as, the maximum transition temperature possible, the occurrence of high temperature superconductivity, the superconducting pairing symmetry, and the formation of high temperature superconducting compounds. The knowledge obtained by this research will shorten the path toward the eventual commercialization of high temperature superconductors. %%% Professor C. W. Chu proposes to continue to apply his expert ability to search for and study novel high temperature superconducting materials that are scientifically challenging and technologically promising. The research proposed will enable Professor Chu to learn how high temperature superconductivity occurs, why it happens, and how one makes it happen. By unraveling the mystery of high temperature superconductivity and understanding the formation of high temperature superconducting compounds through this investigation, one may be able to discover compounds with even higher transition temperatures and better engineering properties, thus expediting the commercialization of high temperature superconductivity. ***