The report type is determined by the first letter of its ID: 'A' — plenary, 'I' — invited oral, 'O' — ordinary oral, 'P' — poster, 'Q' — publication of abstracts without report. Abstracts appear in a separate window by clicking on the report ID.
ID | Authors | Organization | Report Title |
Plenary reports |
A-514 | Iosilevskiy I.L. | JIHT RAS, MIPT | Entropic phase transitions and accompanying anomalous thermodynamics regions in nonideal plasmas |
A-779 | Son E.E. | JIHT RAS | Modern problems of studying thermophysical properties of substances |
A-780 | Fortov V.E. | JIHT RAS | Thermophysical properties of substances under extreme conditions |
A-537 | Dmitriev A.S. | MPEI | Thermophysical properties of thermal interface nanomaterials for thermal stabilization of energy and electronic devices |
A-811 | Marzari N. | EPFL | Materials discovery from high-performance and high-throughput computing |
A-566 | Levashov P.R., Minakov D.V. | JIHT RAS, MIPT | Estimation of critical parameters of refractory metals based upon first–principle simulation |
A-611 | Belov G.V., Dyachkov S.A., Levashov P.R., Mezinov N.S., Minakov D.V., Morozov I.V., Smirnov V.N. | JIHT RAS, MIPT | Thermodynamic database for pure substances IVTANTHERMO-Online |
A-619 | Sheindlin M.A. | JIHT RAS | Resent advances in investigation of thermophysical properties of ultra high temperature ceramics (uhtcs) with the aid of laser heating |
A-628 | Baidakov V.G., Kaverin A.M., Andbaeva V.N., Khotienkova M.N. | ITP UB RAS | Surface tension of solutions of liquefied gases: experiment, theory, and simulation |
A-697 | Grigoriev B.A., Gerasimov A.A., Alexandrov I.S. | KSTU | Prediction of thermodynamic properties and phase equilibria of oil hydrocarbons and petroleum products based on the multiparameter fundamental equations of state |
A-704 | Belonoshko A. B. | KTH | State of iron in the earth core: paradigm change |
A-707 | Petrov V.A. | MIREA | Spectral and temperature dependence of absorption coefficient of molten aluminum oxide |
A-716 | Stankus S.V., Abdullaev R.N., Agazhanov A.Sh., Kozlovskii Yu.M., Savchenko I.V., Samoshkin D.A., Khairulin R.A., Yatsuk O.S. | ITP SB RAS | Experimental study of thermophysical properties and phase transitions of metals and alloys in solid and liquid states |
1. Equations of state, phase transitions and critical phenomena (headed by Iosilevskiy I.L., Ustyuzhanin E.E.) |
2. Transport, optical and radiation properties of substances (headed by Petrov V.A., Apfelbaum E.M.) |
3. Thermodynamic properties of substances in the condensed state (headed by Vorob'ev V.S., Belov G.V.) |
4. Thermophysical properties of substances at high temperatures (headed by Sheindlin M.A., Savvatimskiy A.I.) |
5. Extreme states of matter (headed by Levshov P.R., Ramazanov T.S.) |
6. Databases on thermophysical properties of substances (headed by Kiseleva N.N., Zitserman V.Yu.) |
7. Nanomaterials, nanofluids, interphase phenomena (headed by Dmitriev A.S., Rudyak V.Ya.) |
8. Thermophysical measurement techniques (headed by Stankus S.V., Senchenko V.N.) |
9. Computer simulations in thermophysics (headed by Stegailov V.V.) |
10. Thermophysical properties of materials for nuclear power engineering (headed by Dub A.V.') |
11. Thermophysical properties of materials for aviation, rocket and space technologies (headed by Kovalev R.V.) |
12. Thermophysical properties of oils, gas condensates, gas hydrates and natural gas (headed by Grigoriev B.A.) |
13. Data driven approaches in materials design: theory meets experiment (MISIS) (headed by Khvan A.V., Abrikosov I.A.) |