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VOLUME 43 (1986) | ISSUE 8 | PAGE 387
Direct determination of the state density of 2D electrons in a transverse magnetic field
The energy distribution of the state density of 2D electrons in a quantizing transverse magnetic field is determined from the radiative-recombination spectra of 2D electrons as they recombine with injected holes in Si (100) metal-insulator-semiconductor structures. Oscillations are observed in the width of the Landau levels as a function of the filling factor.