Annals of the University of Craiova Physics AUC (ISSN - 1223 - 6039)
Physics AUC - volume 15, (part II), 2005
WYP-2005, also Dedicated to Prof.Dr. Oliviu GHERMAN, for his 75th anniversary
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Professor Oliviu GHERMAN on his 75th anniversary
Table of Contents:
 L. IONESCU, In 2005, Physics enlightens the World, Romania and Craiova |
1-5 |
| F.S.ULIU , The correspondence between mathematical entities and physical reality
(Werner Heisenberg and Twentieth Century Physics) |
6-13 |
| F.S.ULIU , About the filling with electrons of the sub-shells in
multi-electon atoms |
14-20 |
| I. PETRE, A. ROTARU, “Available” quantities in thermodynamics |
21-25 |
| A. HARABOR, N. A. HARABOR, Plasma frequency and pressure effects in bulk YBCO-123 superconductor system |
26-31 |
| N.A.HARABOR, J.B.ROUFFET, G.ZISSIS, Two temperatures argon plasma model for thermal conductivities |
32-37 |
| N.A.HARABOR, J.B.ROUFFET, G.ZISSIS, M.CRISTEA, Modeling dynamic viscosity of Ar plasma in a two-temperature regime |
38-42 |
| E.M. CIOROIANU, S.C.SARARU, Global symmetries, conserved currents and couplings for a topological BF model in D=5 |
43-57 |
| I.PETRISOR, M.NEGREA, Electron diffusion in a sheared unperturbed magnetic field and a relatively high electrostatic turbulence |
58-66 |
| E. MORINTALE, Measuring the characteristics of a solar cell |
67-73 |
| B. WEYSSOW , GY. STEINBRECHER, Short range equilibrium models and first exit time statistics of self-similar processes |
74-78 |
| N. POMETESCU, Poloidal particle flux in a turbulent non-ohmic plasma in leading order approximation for passing particles |
79-96 |
| M. ROSU, Conformal radiation therapy planning in the presence of breathing motion-– current trends |
97-112 |
| L. SALIU, Relaxation modes of linear kinetic balance equations in weak fields |
113-117 |
| L. SALIU, Contractions, expansions, and asymptotic behaviour of representation operators |
118-122 |
| P. ROTARU, Ş. I. BLEJOIU, M. STANCIU, E. MORINTALE, Morphology and structure of the Cu0/CuO-ZnO-Al2O3 system. I.Composition and texture of the system |
123-128 |
|
P. ROTARU, Morphology and structure of the Cu0/CuO-ZnO-Al2O3 system II. Thermal analysis of the system |
129-134 |
| P. ROTARU, Morphology and structure of the Cu0/CuO-ZnO-Al2O3 system III. Role held by the thermal treatment in modeling the crystalline structure and the phase composition of the system |
135-140 |
| P. ROTARU, Morphology and structure of the Cu0/CuO-ZnO-Al2O3 system IV. Determination of the effective surface area of the metallic copper |
141-144 |