March 1

By Yu. Semenov, W. Kühn, H. Wiesner, J. Schleifer, L. Leṿin, M. Arnold, K. L. Wang, F. Engelke, C. W. Lung, A. E. Smith, D. Michel, A Fernandez, M. Präger, D Lynch, H. J. Goldsmid, A. L. Efros, N. Karl, H.C. Gupta, P. V. Smith, J. A. Tuszynski, A. M. Brodskiĭ, W. J. Fredericks, Betty Ng, K. Murata, A. Klämt, No Contributor, V. V. Ustinov, D. Newman, J. Petersson, S. M. Pillai, M. Wagner, W. Reich, A. V. Nikolaev, T.N. Misra, R. Mair, J. E. Szymanski, M. Pollak, H. Gerlach, T. F. Filina, G. V. Ionova, G. Voss, J. Tejada, J M Dixon, Ṛ. A. Vardanyan, M. Przybylski, Y. Shibata, Sh Sharipov, B. Tripathi, A M Abdeest, M M Abdel-Gawad, A A Aly, R Bacewicz, Prasanna K Balagari, J Blinowski, L Bosi, S Bumeliene, P Bussemer, S N Choudhary, H Cofta, P R Collins, W Cordts, A Dabgys, V Datsyuk, G Diener, L A Ernazarova, S Eränen, Zhang Fangqing, J Farvacque, H Fischbeck, A Freudenhammer, I I Gegusin, A N Georgobian, B H Ghiya, A K Giri, M Godlewska, Chen Guanghua, S I Gurarev, V B Gutan, M A Haas, M Hanke, M Happ, Vo Hong Anh, Nguyen Hong Shon, I H Ibrahim, M Ishigame, V Janis, P Kacman, J Kalus, P K Katana, E Kesslee, T M A Khajil, L Khovakevtyan, D Khusainov, E Kolley, W Kolley, Ytj Kostrtibov, M Kotera, G Kozlowski, J Kundrotas, P Lottici, H Matsuo Kagaya, G B Mitra, J Monecke, K M Mukimov, W Mutscheller, K P Möllmann, K Nagami, I Natkaniec, M Nimis, X Obradoes, B Oczkiewicz, B A Oli, J S Ononiwu, G Paasch, A Pabisini, A Paja, A J Pal, Anand P Pathak, A S T Pibes, U Pietsch, R B Pode, J Pozela, C Razzetti, G S N Reddy, A Rojek, J Roset, P L Rossiteb, S Ryabchenko, T Rzysko, K K P Sbivastava, K Schiele, U Schlink, J Q Shen, V I Shulga, J Sinkkonen, M Situmorang, T Soma, R Stkehlow, T Stobiecki, T Suemoto, C Sulkowski, S L Talim, A Tamasevicius, H Teichlee, I M Tiginyanu, M Tomak, V V Ursaki, C P G Vallabhan, R Vedrinskii, F Völklein, Julia M Wesselinowa, Z Wilamowski, W Windsch, F Wörlen, Xu Xixiang, A Zagöbski, J Zebkowski, A Zygmunt, J -P Zöllner, H Übensee

Electron Localization In The Site-Percolation Limit

By E Kolley, W Kolley

Physica Status Solidi / B.: Volume 134, Number 1 March 1

By Yu. Semenov, W. Kühn, H. Wiesner, J. Schleifer, L. Leṿin, M. Arnold, K. L. Wang, F. Engelke, C. W. Lung, A. E. Smith, D. Michel, A Fernandez, M. Präger, D Lynch, H. J. Goldsmid, A. L. Efros, N. Karl, H.C. Gupta, P. V. Smith, J. A. Tuszynski, A. M. Brodskiĭ, W. J. Fredericks, Betty Ng, K. Murata, A. Klämt, V. V. Ustinov, D. Newman, J. Petersson, S. M. Pillai, M. Wagner, W. Reich, A. V. Nikolaev, T.N. Misra, R. Mair, J. E. Szymanski, M. Pollak, H. Gerlach, T. F. Filina, G. V. Ionova, G. Voss, J. Tejada, J M Dixon, Ṛ. A. Vardanyan, M. Przybylski, Y. Shibata, Sh Sharipov, B. Tripathi, A M Abdeest, M M Abdel-Gawad, A A Aly, R Bacewicz, Prasanna K Balagari, J Blinowski, L Bosi, S Bumeliene, P Bussemer, S N Choudhary, H Cofta, P R Collins, W Cordts, A Dabgys, V Datsyuk, G Diener, L A Ernazarova, S Eränen, Zhang Fangqing, J Farvacque, H Fischbeck, A Freudenhammer, I I Gegusin, A N Georgobian, B H Ghiya, A K Giri, M Godlewska, Chen Guanghua, S I Gurarev, V B Gutan, M A Haas, M Hanke, M Happ, Vo Hong Anh, Nguyen Hong Shon, I H Ibrahim, M Ishigame, V Janis, P Kacman, J Kalus, P K Katana, E Kesslee, T M A Khajil, L Khovakevtyan, D Khusainov, E Kolley, W Kolley, Ytj Kostrtibov, M Kotera, G Kozlowski, J Kundrotas, P Lottici, H Matsuo Kagaya, G B Mitra, J Monecke, K M Mukimov, W Mutscheller, K P Möllmann, K Nagami, I Natkaniec, M Nimis, X Obradoes, B Oczkiewicz, B A Oli, J S Ononiwu, G Paasch, A Pabisini, A Paja, A J Pal, Anand P Pathak, A S T Pibes, U Pietsch, R B Pode, J Pozela, C Razzetti, G S N Reddy, A Rojek, J Roset, P L Rossiteb, S Ryabchenko, T Rzysko, K K P Sbivastava, K Schiele, U Schlink, J Q Shen, V I Shulga, J Sinkkonen, M Situmorang, T Soma, R Stkehlow, T Stobiecki, T Suemoto, C Sulkowski, S L Talim, A Tamasevicius, H Teichlee, I M Tiginyanu, M Tomak, V V Ursaki, C P G Vallabhan, R Vedrinskii, F Völklein, Julia M Wesselinowa, Z Wilamowski, W Windsch, F Wörlen, Xu Xixiang, A Zagöbski, J Zebkowski, A Zygmunt, J -P Zöllner, H Übensee

Spin Wave Stiffness Constant Of Narrow-Band Ferromagnetic Alloys With Random Hopping

By E Kolley, W Kolley

## Abstract The spin wave stiffness constant __D__ of ferromagnetic binary metallic alloys is derived at zero temperature from a random Hubbard model including diagonal and off‐diagonal disorder. T...

On The Spin Susceptibility For Itinerant Electrons With Energy-Dependent Effective Interaction

By E Kolley, W Kolley

Extension Of The Coherent Potential Approximation For Disordered Alloys With Random Transfer Integrals

By E Kolley, W Kolley, Th Eifrig

## Abstract The one‐electron Hamiltonian which takes into account the diagonal and off‐diagonal randomness is used to describe disordered binary alloys. The **__k__**‐dependent self‐energy is calcu...