Experimental investigation of the energy dependence of the strong coupling strength
โ Scribed by S. Bethke; J. Allison; K. Ambrus; R.J. Barlow; W. Bartel; C.K. Bowdery; S.L. Cartwright; J. Chrin; D. Clarke; A. Dieckmann; I.P. Duerdoth; G. Eckerlin; E. Elsen; R. Felst; A.J. Finch; F. Foster; T. Greenshaw; J. Hagemann; D. Haidt; J. Heintze; G. Heinzelmann; K.H. Hellenbrand; P. Hill; G. Hughes; H. Kado; K. Kawagoe; C. Kleinwort; G. Knies; T. Kobayashi; S. Komamiya; H. Krehbiel; J. von Krogh; M. Kuhlen; F.K. Loebinger; A.A. Macbeth; N. Magnussen; R. Marshall; R. Meinke; R.P. Middleton; M. Minowa; P.G. Murphy; B. Naroska; J.M. Nye; J. Olsson; F. Ould-Saada; A. Petersen; R. Ramcke; H. Rieseberg; D. Schmidt; H.vd. Schmitt; L. Smolik; U. Schneekloth; J.A.J. Skard; J. Spitzer; P. Steffen; K. Stephens; A. Wagner; I.W. Walker; P. Warming; G. Weber; M. Zimmer; G.T. Zorn
- Book ID
- 113354410
- Publisher
- Elsevier Science
- Year
- 1988
- Tongue
- English
- Weight
- 525 KB
- Volume
- 213
- Category
- Article
- ISSN
- 0370-2693
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๐ SIMILAR VOLUMES
We study the energy spectrum of the strong-coupled superlattice. The barriers affect the energy spectral statistics in a ลฝ . ลฝ . small scale. The nearest-neighbor energy-level distribution P s and the spectral rigidity D L demonstrated the GOE 3 ลฝ . Gaussian Orthogonal Ensemble distribution. In the