[1] Kane B E, Dzurak A S, Facer G R, et al. Measurement instrumentation for electrical transport experiments in extreme pulsed magnetic fields generated by flux compression[J]. Review of Scientific Instruments,1997, 68(14): 3 843-3 860.
[2] Shi Lei(石磊),Qiu Ai-ci(邱爱慈),Zhou Guo-zhen(周国振),et al. Gernation and measurement on high pulsd magnetic field of μs level(微秒级脉冲磁场的产生和测量)[J]. High Voltage Apparatus(高压电器),2001,37(2):24-25.
[3] Shi Lei(石磊),Qiu Ai-ci(邱爱慈),Wang Yong-chang(王永昌),et al. Pulsedhigh magnetic field measurement with magneto-optical Faraday effect method(法拉第磁光效应法测量强脉冲磁场) [J]. Applied Laser(应用激光),2000,20(1):7-9.
[4] Vanacken J. The KU Leuven pulsed-field facility solid-state physics in high magnetic fields[J]. Physica B,2001,294: 591-597.
[5] Wagner P, Gordon I, Trappeniers L, et al. Spin dependent hopping and colossal negative magnetoresistance in epitaxial, Nd 0.52Sr0.48MnO3 films in fields up to 50 T[J]. Physical Review Letters, 1998,81(18):3 980-3 983.
[6] Haase J, Eckert D, Siegel H, et al. NMR at the frontier of pulsed high field magnets[J]. Physica B,2004, 346: 514-518.
[7] Haase J, Kozlov M, Müller K H, et al. NMR in pulsed high magnetic fields at 1.3 GHz[J]. Journal of Magnetic Materials, 2005, 290: 438-441.
[8] Haase J, Kozlov M B, Webb A G, et al. 2 GHz NMR in pulsed magnets\[J\]. Solid State Nuclear Magnetic Resonance, 2005, 27: 206-208.
[9] Mikhail B K, Haase J, Baumann C. 56 T 1H NMR at 2.4 GHz in a pulsed high-field magnet[J]. Solid State Nuclear Magnetic Resonance, 2005,28: 64-67.
[10] Van Vleck J H. Electric and Magnetic Susceptibilities[M]. London: Oxford University Press, 1932.
[11] Flugge S(S.福里格). Practical Quantum Mechanics (实用量子力学)[M]. Beijing(北京): Science Press(科学出版社), 2009.
[12] Ramsey N F. Magnetic shielding of nuclei in molecules[J]. Physical Review, 1950, 78: 699-703. |