
Advances In Superconductivity X: Proceedings Of The 10th International Symposium On Superconductivity (iss ’97), October 27–30, 1997, Gifu Volume 1–3
由
Japan) International Symposium On Superconductivity (10th : 1997 : Gifu-ken
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Science & Technology
格式
精装书
页数
1,472
语言
日语
已发布
Jan 1, 1998
出版商
Springer
版本
1
ISBN-10
4431702199
ISBN-13
9784431702191
描述
This comprehensive collection captures the essence of the 10th International Symposium on Superconductivity held in Gifu in 1997. It showcases a profound exploration of cutting-edge advancements in superconductivity, reflecting the latest research and developments from esteemed experts in the field. The editors, K. Osamura and I. Hirabayashi, have meticulously curated a selection of papers that delve into both the theoretical and practical applications of superconducting materials.
Readers will find an array of discussions that highlight the significant breakthroughs achieved in superconductivity research, covering various topics that range from materials science to quantum physics. The contributions from leading researchers emphasize the critical role that superconductivity plays in advancing technology and energy efficiency, while also addressing the challenges that remain in the field.
This volume not only serves as a valuable reference point for both established scientists and newcomers to the subject but also fosters a deeper understanding of the potential future directions in superconductive technology.
Readers will find an array of discussions that highlight the significant breakthroughs achieved in superconductivity research, covering various topics that range from materials science to quantum physics. The contributions from leading researchers emphasize the critical role that superconductivity plays in advancing technology and energy efficiency, while also addressing the challenges that remain in the field.
This volume not only serves as a valuable reference point for both established scientists and newcomers to the subject but also fosters a deeper understanding of the potential future directions in superconductive technology.