Development of new technology for coated conductors able to carry "over-critical" current densities

超导现象具有极具吸引力的特点，超导体可以携带非耗散电流，使我们能够减少高达50%的能源消耗。该项目提出的新的先进方法不仅可能给国内超导产业带来新的、新的、廉价的推动，也可能给世界超导产业带来新的、新的、廉价的推动。新的高性能超导体技术的发展将极大地促进对磁性材料和超导材料之间尚未得到充分研究的“长程”磁相互作用的基本认识和认识。卧龙岗大学将在这一实际重要且具有科学吸引力的领域引领世界研究界。

The superconductivity phenomenon has extremely attractive feature, that superconductors can carry non-dissipative currents, enabling us to reduce energy consumption by up to 50%. The new advanced method suggested in this project might give a new, fresh and inexpensive boost to not only domestic superconducting industry, but also worldwide. The development of new high performance superconductor technology would significantly promote fundamental understanding and knowledge of the poorly investigated "long-range" magnetic interaction between magnetic and superconducting materials. The University of Wollongong would lead the world research community in this practically important and scientifically intriguing area.