1968
DOI: 10.1002/pssb.19680300202
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Band Parameters Determination from Faraday Rotation Measurements

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Cited by 33 publications
(5 citation statements)
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“…Sample No. 4 with a natural reflection surface which was annealed in the same way gives a result which agrees with that from FR. It was found also that the samples with surfaces finished by mechanical polishing only had their reflection minima shifted to higher energies and gave systematically lower values of m e'…”
supporting
confidence: 72%
“…Sample No. 4 with a natural reflection surface which was annealed in the same way gives a result which agrees with that from FR. It was found also that the samples with surfaces finished by mechanical polishing only had their reflection minima shifted to higher energies and gave systematically lower values of m e'…”
supporting
confidence: 72%
“…This leads to the conclusion that for the whole field-strength range, given by (31) and (34a), experimental band structure determination gives always the renormalized parameters in polar substances. Probably, it will be very difficult to prove this conclusion because to our knowledge little is known about experiments giving the bare band structure parameters, perhaps, with the exception of Faraday rotation [12]. The situation may be quite different if the field-strength becomes larger since our assumption a) breaks down, i.e.…”
Section: Explicit Calculation Of Im E(o F) and Discussionmentioning
confidence: 87%
“…6 sont reportees les valeurs de E, obtenues avec la formule de Drude (I) aux differentes tempBratures pour les diffBrents Bchantillons, ainsi gue la courbe d'isoabsorption L 500 em-l pour un faisceau polarise perpendiculairement L l'axe optique [13]. taux n'est pas aussi avanc6e [28]. Aussi pensons-nous que 1'6tude tant exp6rimentale que th6orique de l'activith optique dans le cinabre pr6sente un grand int6r& d'autant que plusieurs conditions favorables semblent r6unies pour ce matBriau (bande interditedans le visible, structure en h6lice tres caracthristique).…”
Section: Variation Du Pouvoir Rotatoire Avec La Temperatureunclassified