【日本《原子能快报》1982年5月13日第2102期第8页报道】有消息说,日本名古屋大学等离子体研究所研制成功一种磁场强度能在1秒钟内陡然上升230忒斯拉的“高性能脉冲超导磁体”。这种磁体在变压器线圈用的电缆的构成和绕线方法上都应用了新的构思,并使它处于极低温,因而降低了电力消耗。其磁场强度为原来的20倍,而所耗费的电力却只有原来的1/10。 [Atomic Energy News, Japan, May 13, 1982, No. 2102, page 8] It is reported that the plasma Institute of Nagoya University in Japan has successfully developed a magnetic field strength that can suddenly rise by 230 Joules in one second. “High-performance pulsed superconducting magnet.” This magnet applies a new concept to the construction of the cable for the transformer coil and the winding method, and it is kept at a very low temperature, thereby reducing the power consumption. Its magnetic field intensity is 20 times that of the original, but the electricity consumed is only 1/10 of the original.