With the development of superconducting technology,the superconducting magnet,which can produce a stable large gradient high magnetic field(LG-HMF)environment to make diamagnetic levitation,such as biological macromol...With the development of superconducting technology,the superconducting magnet,which can produce a stable large gradient high magnetic field(LG-HMF)environment to make diamagnetic levitation,such as biological macromolecules,cells,tissues and model animals,has become available.In this study,a superconducting magnet which can generate a magnetic force field[B·(dB/dz)]of-1360 T2/m,0 T2/m and 1312 T2/m in a 51 mm diameter room temperature bore was employed.展开更多
基金supported by National Natural Foundation of China(No.30670520)the National High-Tech R&D Program(863)of China(Key Program,2008AA12A220)
文摘With the development of superconducting technology,the superconducting magnet,which can produce a stable large gradient high magnetic field(LG-HMF)environment to make diamagnetic levitation,such as biological macromolecules,cells,tissues and model animals,has become available.In this study,a superconducting magnet which can generate a magnetic force field[B·(dB/dz)]of-1360 T2/m,0 T2/m and 1312 T2/m in a 51 mm diameter room temperature bore was employed.
