Nature, Volume 448Sir Norman Lockyer Macmillan Journals Limited, 2007 |
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... Magnetic properties are a case in point . Nanometer - sized materials differ greatly from macroscopic materials in their magnetic proper- ties . Graphite , for example , is nonmagnetic in macroscopic form but becomes magnetic at ...
... Magnetic properties are a case in point . Nanometer - sized materials differ greatly from macroscopic materials in their magnetic proper- ties . Graphite , for example , is nonmagnetic in macroscopic form but becomes magnetic at ...
Página 179
... magnetic field . Phys . Rev. Lett . 79 , 2867-2870 ( 1997 ) . 6. Ando , T. & Uemura , Y. Theory of oscillatory g factor in an MOS inversion layer under strong magnetic fields . J. Phys . Soc . Jpn 37 , 1044-1052 ( 1974 ) . 7. Chaplik ...
... magnetic field . Phys . Rev. Lett . 79 , 2867-2870 ( 1997 ) . 6. Ando , T. & Uemura , Y. Theory of oscillatory g factor in an MOS inversion layer under strong magnetic fields . J. Phys . Soc . Jpn 37 , 1044-1052 ( 1974 ) . 7. Chaplik ...
Página 336
... magnetic flux ( varying VMG and magnetic field ) . The noise , with a spectral density of S = 0.5el≈ 2.4 X 10-29 A2 Hz , was found to be featureless . For further assurance , a two - dimensional fast Fourier transform ( FFT ) of the ...
... magnetic flux ( varying VMG and magnetic field ) . The noise , with a spectral density of S = 0.5el≈ 2.4 X 10-29 A2 Hz , was found to be featureless . For further assurance , a two - dimensional fast Fourier transform ( FFT ) of the ...
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