1) flux creep
磁通蠕动
1.
Comparative studies on dynamic behavior of superconducting levitation system with consideration of flux creep;
针对磁通蠕动效应的超导悬浮动力运动比较研究
2.
Based on Anderson's flux creep model, the counter direction hopping effect of the flux line is taken into consideration and a new general expression of irreversibility line (IL) is obtained.
基于 Anderson磁通蠕动模型 ,考虑磁通的反跳对磁通蠕动速度的影响 ,得出了超导体中不可逆线的一般表达式。
3.
Numerical calculation based on flux creep model with logarithmic barrier U showed that the dependence of ac losses Q on the amplitude of ac field Bac is still governed by Q∝Bmac, predicted by the Bean model.
基于对数型位垒的巨磁通蠕动模型,我们进行的数值计算证明,交流损耗与交流振幅的关系在定性上是和临界态模型相同的,即与振幅的m次方成正比:Q∝(Bac)m。
2) local flux creep
局域磁通蠕动
1.
Using semiconductor Hall probes,we studied the local flux creep on a cylindrical melting\|textured grown YBa\-2Cu\-3O 7-δ sample at liquid nitrogen temperature and low applied field.
利用半导体霍尔探头测量法在液氮温度下研究了低场下圆柱状熔融织构YBa2 Cu3O7-δ样品的局域磁通蠕动行为 。
3) the model of flux creep
磁通蠕动模型
4) flux flow and creep model
磁通流动与蠕动模型
1.
Based on macro-electromagnetic constitutive relation of superconductivity: flux flow model and flux flow and creep model,numerical simulation of vibration of magnet levitated above a superconductor in superconductor-magnet levitation systems has been carried out.
针对超导-永磁悬浮系统,分别采用描述超导宏观电磁场本构关系的磁通流动模型和磁通流动与蠕动模型,定量模拟了自由悬浮于超导体上方永磁体的振动。
5) electromagnetic creeping
电磁蠕动
1.
A prototype of the earthworm-like micro robot based on electromagnetic creeping was designed according to the principle of the biomimtcs and manufactured using precision process technology to diagnose the colon micro-invasively or non-invasively actively,and in vitro experiments in intestine were made.
为了对结肠进行微创无创检查,依据仿生学原理,使用微细加工技术,开发了一种基于电磁蠕动的仿蚯蚓微机器人结肠镜样机,进行了离体肠道试验。
6) megnectic fluid actuating pump
磁蠕动泵
补充资料:磁通蠕动(fluxcreep)
磁通蠕动(fluxcreep)
在有限温度下处于混合态的硬超导体,虽然还未到达临界态,但由于热激活能量促使了磁通线脱离原钉扎中心而跳跃到另一钉扎中心,由此引起磁通线的缓慢流动称磁通蠕动。安德森和基姆(Anderson-Kim)还假设磁通蠕动是成束的磁通线跳跃到邻近钉扎中心形成的一种运动。蠕动的速度与激活能和温度等因素有关,虽然速度缓慢,但若在电流产生的驱动力作用下横过载流导体蠕动时,将出现一个纵向电阻性电压,它与平均蠕动速度成正比。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条