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Regular Papers |
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1 | Reduction of defects by network self-organizations in non-crystalline dielectrics and semiconductors: a tribute to Professor Radu Grigorovici on the occasion of his 95th birthday | G. LUCOVSKY, J. C. PHILLIPS | |
2 | Light-induced structural changes in hydrogenated amorphous silicon | T. A. ABTEW, D. A. DRABOLD | |
3 | Heterojunctions of hydrogenated amorphous silicon and monocrystalline silicon | W. FUHS, L. KORTE, M. SCHMIDT | |
4 | The effect of light induced degradation on the sensitization phenomenon in a-Si:H | I. BALBERG, Y. DOVER | |
5 | SiOx structural modifications by ion bombardment and their influence on electrical properties | A. MILELLA, M. CREATORE, M. C. M. VAN DE SANDEN, N. TOMOZEIU | |
6 | A story of silicon, soap and serendipity | DENIS WEAIRE | |
7 | Dynamic response of a coupled-cavities one-dimensional photonic crystal in the femtosecond regime | A. BELARDINI, O. BUGANOV, G. LEAHU, A. BOSCO, M. CENTINI, E. FAZIO, C. SIBILIA, M. BERTOLOTTI, S. ZHUKOVSKY, S. V. GAPONENKO | |
8 | Energy density of the cubic and spherical cavities with low adiabatic invariant | V. I. VLAD, N. IONESCU-PALLAS | |
9 | A many-body theory of conduction in electron glasses | M. POLLAK | |
10 | The time-of-flight photocurrent analysis revisited | M. BRINZA, G. J. ADRIAENSSENS | |
11 | The effect of surface activation on electroless Ag(W) deposition | A. INBERG, V. BOGUSH, E. GINSBURG, E. RABINOVICH, N. CROITORU, Y. SHACHAM-DIAMAND | |
12 | EXAFS study of local order in the amorphous chalcogenide semiconductor Ge2Sb2Te5 | M. A. PAESLER, D. A. BAKER, G. LUCOVSKY, A. E. EDWARDS, P. C. TAYLOR | |
13 | Towards an atomistic understanding of phase change materials | C. STEIMER, W. WELNIC, J. KALB, MATTHIAS WUTTIG | |
14 | Quadrupole and chemical shift interactions in crystalline and amorphous chalcogenides | D. C. BOBELA, P. CRAIG TAYLOR | |
15 | Giant photo-expansion in chalcogenide glass | K. TANAKA, A. SAITOH, N. TERAKADO | |
16 | Crystallization kinetics in materials with a two-phase formation from an amorphous phase | E. PROKHOROV, G. TRAPAGA, YU. KOVALENKO | |
17 | Photo-induced covalent-bond switching in amorphous arsenic selenide | O. SHPOTYUK, V. BALITSKA | |
18 | Glassy As40Se25Te35 films with high refractive index | V. LYUBIN, M. KLEBANOV, A. ARSH, L. SHAPIRO, B. SFEZ | |
19 | Optical properties of As-Se amorphous composites | A. M. ANDRIESH, M. S. IOVU | |
20 | Nano-heteromorphism, structure and relaxation in glassforming Ge-S system | V. V. KALUGIN, V. S. MINAEV, S. P. TIMOSHENKOV, E. N. MARKOVA | |
21 | Amorphous chalcogenide nano-multilayers: research and development | S. KOKENYESI | |
22 | Transient responses of photodarkening and photoinduced volume change in amorphous chalcogenide films | K. SHIMAKAWA, Y. IKEDA | |
23 | Dynamics of photodarkening in amorphous arsenic chalcogenide | Y. SAKAGUCHI, K. TAMURA | |
24 | Nanostructuring of chalcogenide glasses using electron beam lithography | M. VLCEK, H. JAIN | |
25 | Phase separation and ionic conductivity: an electric force microscopy investigation of silver chalcogenide glasses | V. BALAN, A. PIARRISTEGUY, M. RAMONDA, A. PRADEL, M. RIBES | |
26 | A programmable metallization cell based on Ag-As2S3 | I. STRATAN, D. TSIULYANU, I. EISELE | |
27 | Preparation of micro - and nanocrystalline CdSe and CdS thin films suitable for sensor applications | D. NESHEVA, Z. ANEVA, S. REYNOLDS, C. MAIN, A. G. FITZGERALD | |
28 | Low melting glasses in the system SnF2-SnCl2-PbO-P2O5 | V. DIMA, P. BALTĂ, M. EFTIMIE, V. ISPAS | |
29 | Optical properties of ZnO nanocrystallites embedded in a gold-oxide matrix | A. GOLDENBLUM, A. BELU MARIAN, V. TEODORESCU | |
30 | Electron spectroscopy of nanocrystalline diamond surfaces | J. ZEMEK, J. HOUDKOVA, B. LESIAK, A. JABLONSKI, J. POTMESIL, M. VANECEK | |
31 | The free energy functional for a spin singlet ferromagnetic superconductor | G. CIOBANU, F. MOSCALU | |
32 | Radiation power spectral distribution of the system of electrons moving in a spiral in vacuum | A. V. KONSTANTINOVICH, I. A. KONSTANTINOVICH | |
33 | Nonlinear properties of chalcogenide glass fibers | J. S. SANGHERA, I. D. AGGARWAL, L. B. SHAW, C. M. FLOREA, P. PUREZA, V. Q. NGUYEN, F. KUNG, I. D. AGGARWAL | |
34 | Quantum confinement modeling of electrical and optical processes in nanocrystalline silicon | M. L. CIUREA, V. IANCU, I. STAVARACHE | |
35 | Phase-change optical recording: the role of confinement | A. V. KOLOBOV, J. HAINES, A. PRADEL, M. RIBES, P. FONS, J. TOMINAGA | |
36 | Self-organization in amorphous semiconductors and chalcogenide glasses | MIHAI POPESCU |