Magnetic-Field-Induced Surface States in Bismuth

On the two-dimensional thermoelectric power in quantum wells of non-parabolic materials under magnetic quantization

“…The experimental investigation on the magneto-optical [31] and the ultrasonic quantum oscillations [32] supports the Lax ellipsoidal nonparabolic model [30]. Kao [33], Dinger and Lawson [34] and Koch and Jensen [35] demonstrated that the Cohen model [36] is in conformity with the experimental results in a better way. McClure and Choi [37] devised a new model for the carriers in Bi and they showed that it can explain the data for a large number of magneto-oscillatory and resonance experiments.…”

“…(30) and (31)), (b) Cohen (using Eqs. (34) and (35)) respectively. Besides the plot (c) in the same Fig.…”

Investigation of Body Bias Dependence of Gate-Induced Drain Leakage Current for Body-Tied Fin Field Effect Transistor

“…This is quite different from the classical result in the case of nondegenerate semiconductors which predicts no dependence of the attentuation on the longitudinal magnetic field (Jacoboni and Prohofsky 1969). Some recent works (Koch and Jensen 1969. Gal'perin 1968.…”

The Einstein relation for the diffusivity–mobility ratio in nonlinear optical, optoelectronic and the related materials

“…Shoenberg [66] indicated that the de Haas-Van Alphen and cyclotron resonance experiments supported the one-band model, though the later work showed that Bi could be described by the two-band model since the magnetic field dependence of many physical parameters of Bi supports the above model [67]. The magneto-optical results [68] and the ultrasonic quantum oscillation data [69] favor the Lax ellipsoidal nonparabolic model [67], whereas Kao [70], Dinger and Lawson [71] and Koch and Jensen [72] indicated that the Cohen model [73], is in better agreement with the experimental results. Besides, McClure and Choi [74] presented a new model of Bi, which is more accurate and general than those that were currently in use.…”