В.П. Васильев

Аватар пользователя В.П. Васильев
Место работы, город: 
Московский Государственный Университет им. М.В.Ломоносова
Должность, звание: 
ведущий научный сотрудник

Vassiliev V.P., Legendre B., Zlomanov V.P. The critical analysis and mutial coherence of thermodnamic data of AIIIBV phases Intermetallic 19 (2011) 1891-1901

Vassiliev V.P., Gong W.P. Electrochemical cells with liquide electrolte in the study of semiconductor, metallic and oxide sstems. In Yan Chao (Ed) Electrocemical cells. New Advances in Fondamental Reserches and Applications, InTech, 2012 pp.71-102

Vassiliev V.P., Gong W.P., Taldrik A.F., Kulinich S.A. Method of the correlative optimisation of heat capacities of isostractural componds. J. Alloys and componds 552(2013) 248-254

Vassiliev V.P., Lysenko V.A., Gong V.P. New the EMF mesurements and evaluation of the In-Pb-Zn system. J/Alloys and compounds 552 (2013) 49-54

Vassiliev V.P., Minaev V.S., Batunja L.P. Thermodynamic properties phase diagrams and glass-forming of thallium chalcogenides. Chalogenides Letters 10(2013) 485-507

Область экспертизы: 

1989 to 2002 Dr. V. Vassiliev worked in different University in France and Italia with Prof. J. P. Bros at Provence University (Marseilles, France), Prof. R. Ferro Genoese University (Italy), Prof. J. Hertz (laboratory of the metallurgical thermodynamic) from Nancy University (France), Prof. B. Legendre at University Paris XI, Prof. J.-L. Jorda in Savoy University (Annecy, France).

He worked also as a advisor at the plant metallurgical (La Ferté-Bernard).

The potential measurements of the systems Zn-Pb-In , Zn-Pb-Sn ,Zn-Pb-Cu, Zn-Pb-In-Sn and Zn-Pb-In-Sn-Cu permitted to determine the limits of miscibility gap and the thermodynamics values of these systems. This work was carried out at administration’s suggestion of Europe Metal Corporation. These results are very important in metallurgical industry for the affinage of zinc.

2007 He defended the Doctor thesis on Physical Chemistry on the topic: “Thermodynamic Properties and Phases Equilibriums some Semi-Conductors Systems and those Metallic”

2011 and 2012 Dr. V. Vassiliev worked as a Associated Professor at the Huizhou University, China.

Dr. V. Vassiliev elaborated the isothermal vacuum cell, which makes work with volatile metals (e.g. with mercury, cadmium, zinc).

Scientific Publications of Dr.V.VASSILIEV.

1.Abbasov A.S., Nikoliskaja A.V., Gerassimov Ja.I, Vassiliev V.P.

Dokl.AN SSSR, 1964, v.156, (1), p.118-121. "The thermodynamic properties of indium arsenide investigated by the electromotive force method."

2.Abbasov A.S., Nikoliskaja A.V., Gerassimov Ja.I., Vassiliev V.P.

Dokl.AN SSSR, 1964, v.156, (5), p.1140-1143. "The thermodynamic properties of gallium tellurides investigated by the electromotive force method."

3.Abbasov A.S. ,Nikoliskaja A.V., Gerassimov Ja.I., Vassiliev V.P.

Dokl.AN SSSR, 1964, v.156, (6), p.1399-1402. "The thermodynamic properties of gallium antimonide investigated by the electromotive force method."

4.Abbasov A.S.,Mamedov K.N.,Nikoliskaja A.V.,Gerassimov Ja.I., Vassiliev V.P.  Dokl.AN SSSR, 1966, v.170, (5), p.1110-1113. "The thermodynamic properties of gallium arsenide investigated by means of electromotive forces."

5. Vassiliev V.P., Nikoliskaja A.V., Bachinskaja A.G., Gerassimov Ja.I.   Dokl.AN SSSR, 1967, v.176,(6),p.1335-1338. "The thermodynamic properties of thallium monoselenide."

6.Vassiliev V.P., Somov A.P., Nikoliskaja A.V., Gerassimov Ja.I. J.Phys.Chem. (russ), 1968, v.42, (3), p.675-678. "Investigation of the thermodynamic properties of bismuth selenide by the electromotive force method."

7. Vassiliev V.P., Nikoliskaja A.V., Gerassimov Ja.I., Kuznestov A.F.

 Izv. AN SSSR, Neorg. Material., 1968, v.4, (7), p.1040-1047. "Thermodynamic investigation of thallium telluride by the electromotive force method."

8. Vassiliev V.P., Nikoliskaja A.V., Gerassimov Ja.I.  Dokl. AN SSSR, 1969, v.188, (6), p.1318-1321. "Thermodynamic properties of lower thallium selenide (Tl2Se)."

9. Vassiliev V.P., Nikoliskaja A.V., Gerassimov Ja.I.  Dokl.AN SSSR.1971, v.199, (5), p.1094-1098. "Thermodynamic characteristics of higher thallium sulphides and some regularities in the IIIB subgroup monochalcogenide series."

10.Vassiliev V.P., Nikoliskaja A.V., Gerassimov Ja.I. J. Phys. Chem., 1971,v.45, (8), p.2061-2064. "Thermodynamic investigation of the alloys in the system thallium-selenium by the electromotive force method."

11.Vassiliev V.P., Nikoliskaja A.V., Gerassimov Ja.I.  Izv.AN SSSR, Neorg.Material., 1973, v.9, (4), p.553-557. "Phase equilibriums in the system thallium-sulphur in the solid state."

12. Vassiliev V.P., Nikoliaskaja A.V., Chernyshov V.Y., Gerassimov Ja.I.  Izv.AN SSSR, Neorg.Material., 1973, v.9, (6), p.900-904. "Thermodynamic properties of thallium sulphides."

13. Vassilev V.P., Nikoliskaja A.V., Gerassimov Ja.I. In the Book: Thermodynamic properties of the metallic alloys, Ed.ELM, Baku,1975. P.40-45 "Thermodynamic properties and phase diagrams of thallium chalcogenides."

14.Gerassimov Ja.,I., Goryacheva V.I., Vassiliev V.P. Dokl.AN SSSR, 1979, V.247, (1), p.135-138. "Investigation of the thermodynamic properties of lutecium monoantimonide."

15.Vassiliev V.P., Goryacheva V.I., Gerassimov Ja.I., Lazareva T.S. Vest.Mosk. Univ. Ser.2. Chim., 1980, v.21, (4), p.339-345. "Study of phase equilibrium and thermodynamic properties of solid alloys of erbium with tellurium."

16.Goryacheva V.I., Gerassimov Ja.I., Vassiliev V.P. J.Phys.Chem., 1981,v.55, (4), p.1080-1083. "Thermodynamic investigation holmium and erbium monoantimonides by the electromotive force method."

17.Vassiliev V.P., Vu Dinh Khue, Gerassimov Ja.I. Vest.Mosk.Univ., Ser.2, Chim., 1982, v.23, (1),p.17-22.  "Thermodynamic properties of the intermetallic ErIn2,5 and ErIn phases in the system erbium-indium."

18.Vassiliev V.P., Vu Dinh Khue, Gerassimov Ja.I. Dokl.AN SSSR, 1982, v.269, (1), p.123-128. "Thermodynamic properties Lu2In5 and LuIn."

19.Vassiliev V.P., Morozova V.V.  Vest.Mosk.Univ., Chim., Dep.VINITI, N 2249 , 12.04.84 , p.1-6. "Investigation of the thermodynamic properties of lutecium telluides by the electromotive force method."

20.Vassiliev V.P., Vu Dinh Khue.  Izv.AN SSSR, Neorg. Material.,1985, V.21, (7), p.1144-1149. "Thermodynamic properties of the system Gd-In in the region up to 50 at% Gd."

21.Vassiliev V.P., Vu Dinh Khue , Gerassimov Ja.I. J.Phis.Chem., 1985, v.59, (11), p.2694-2699. "Study of phase equilibrium and thermodynamic properties of alloys in the system lutetium-indium at the temperatures to 800K."

22.Vassiliev V.P., Khramstova L.A., Morozova V.V. Vest.Mosk.Univ.Ser.2, Chim., 1986, v.27, (1), p.38-42. "Thermodynamic properties of intermetallic phases in the terbium-indium system in the range up to 50 atomic percentage of terbium."

23.Vassiliev V.P. Vest.Mosk.Univ.Ser.Chim.2, 1989, v.30, (2), p.115-121.

"On some particularities of phase diagrams and enthalpies of formation of intermediate phases in systems lanthanide-indium in the region of 0-50 at% of Ln."

24.Vassiliev V.P.,Mamontov M.N.,Bykov M.A.  Vest.Mosk.Univ., Ser.2,Chim., 1990,V.31,(3),p.211-218. "Thermodynamic properties and stability of solid solution of the quasibinary system CdTe-HgTe-Te."

25.Vassiliev V.P. at al. Izv.AN SSSR, Neorg. Material., 1990, v.26, (8), p.1632-1634. "Partial thermodynamic functions of the formation of solid solutions for CdTe-HgTe pseudobinary system."

26.Mamontov M.N., Vassiliev V.P. Thermochimica Acta, 1991, v.179, p.25-37.

"Contribution to the study thermodynamic alloys Cd-Zn. Partial pressure and thermodynamic properties of the solution solids and liquids riched zinc."

27.Gambino M., Vassiliev V.,  Bros J.P.  J.Alloys and Compounds, 1991, V.176, p.13-24. "Molar heat capacities of CdTe, HgTe and  CdTe-HgTe alloys in the solid state."

28.Vassiliev V., Gambino M., Bros J.P., Borzone G., Cacciamani G., Ferro R.   J.Phase Equilibria, 1993, v.14(2),  p.142-149. "Thermodynamic investigation and optimisation of the Y-Pb alloys system ."

29.Vassiliev V., Bykov M., Gambino M., Bros J.P.  Z. Metallkunde , 1993,V.84,p.461-468. "Thermodynamic properties of the intermetallic compounds MnTe and MnTe2."

30.Vassiliev V.,Bykov M. ,Gambino M., Bros J.P. Thermodynamics of Alloys, April 28th -May 1st 1992, Nancy. J.Chim.Phis., 1993, v.90, p.463-476. "Thermodynamics of the Mn-Te system in the solid state."

31.Vassiliev V., Mathon M., Gambino M., Bros J.P. J. Alloys Comp., 1994, v.215, p.141-149. «Pb-Pd system: Excess function of formation and liquidus line in the ranges 0<XPd<0.60 and 600<T/K<1200».

32. Vassiliev V., Azzaoui M., Hertz J. Z.Metallkunde, 1995, v.86, p.545-551. «EMF study of ternary (Pb, Sn, Sb) liquid phase.

33. Borzone G., Parody N., Ferro R., Gambino M., Vassiliev V., Bros J.P.

J. Alloys Comp., 1995, v.220, p.111-116. «Thermodynamic investigation of the Lu-Pb system.»

34. Gambino M., Bros J.P., Vassiliev V., Sommer F.,  Borzone G., Cacciamani G., Parody N., Ferro R Pure&Appl. Chem., 1995, v.67,p.1831-1838. «Thermochemistry of the rare earth alloys with the 14th group elements.»

35.Vassiliev V.,Lelaurain M.,Hertz J. J. Alloys Comp., 1997, v.247, p.223-233. «A new  proposal for binary (Sn, Sb) phase diagram and its thermodynamic properties based on a new e.m.f. study.»

36.Vassiliev V., Alaoui-Elbelgeti M., Zrineh A., Gambino M., Bros J.P.

J.Alloys Comp., 1998, v.265, p.160. «Thermodynamics of Ag-Bi-In system (with 0<Xag<0.5).»

37. Vassiliev V., Voronin G.F., Borzone G., Mathon M., Gambino M., Bros J.P.       J.Alloys Comp., 1998, v.269, p.123-132. «Thermodinamics of the Pb-Pd system.»

38. Hertz J., Naguet Ch., Bourkba A., Fiorani J.M., Vassiliev V., Sauvanaud J.  Thermochim. Acta, 1998,v.314,(1-2),p.55-68. «A strategy to establish an industrial thermodynamic data bank. The ternary (Pb,  Sn, Zn) liquid phase in the zinc purification process. Extension to quaternary system (M, Pb, Sn, Zn).»

39.Vassiliev V., Feutelais Y., Sghaier M., Legendre B. Thermochim. Acta., 1998, v.315, p.129-134. «Liquid state electrochemical study of the system Indium-Tin.»

40.Vassiliev V., Feutelais Y., Sghaier M., Legendre B. J. Alloys Comp., 2001, v.314, p.198-205. “Thermodynamic Investigation in In-Sb, Sn-Sb and In-Sn-Sb Liquid Systems”

41. Legendre B., Dichi E., Vassiliev V.  Z. Metallkunde, 2001, v.92, (4), p.328-335. „The Phase Diagram of the In-Sn-Sb System’’

42.Voronin G.F., Pentin I.V., Vasilyev V.P. «Condition of thermodynamic stability of solid solution in system HgTe-CdTe.» J. Phys.Chem. (rus.) 2003, V.77, №12, P.2119-2125.

43.Vassiliev V., G.Borzone, Gambino M., Bros J.P. «Thermodynamic properties of ternary system InSb-NiSb-Sb.» J. Alloys Comp., 2003, V.11.P.1211-1215.  

44. David N., Vassiliev V., Hertz J., Fiorani J.M., Vilasi M. Measurements EMF and thermodynamic description of the Pb-Sn-Zn liquid phase // Z. Metallknd.-2004.-V.95B.-P.1-8.

45. Vassiliev V.P.  Problèmes expérimentaux de la méthode potentiométriques  avec l’électrolyte liquide lors de l’étude des alliages métalliques et semi-conducteurs. // J. Phys. IV France.- 2004.- V.113.- P.91-95.

46. Vassiliev V.P., Pentine I.V., Voronine G.F. Conditions de stabilité thermodynamique de la solution solide du système CdTe-HgTe // J.Phys.IV France 2004. V.113. P.97-100.

47. Vasil’ev V.P.  Thermodynamic properties of alloys and phase equilibria in the   In-Sb system // Inorgan. Materials.  2004. V. 40. Issue 5. P.524-529

48. Vasil’ev V.P. A complex study of the phase diagram of the Sn-Sb system // Russian Journal of Physical Chemistry 2005. V.79. Issue1. P. 20-28.

Abstract: The Sn-Sb system was studied by the EMF, microstructural, X-ray diffraction, differential thermal, and microprobe methods. Phenomenological crystal chemical models of beta-phase were suggested. The models were based on hexagonal polymorph transformation into quasi-cubic polymorph with a change in crystal symmetry corresponding to a second-order phase transition. The thermodynamic properties of the system were optimized.

49. Vasil’ev V.P.,  Gachon J.C.  Thermodynamic properties of InP // Inorgan. Materials. 2006.V.42. Issue11. P.1171-1175.

50. Vasil’ev V.P., Gachon J.C.  Thermodynamic properties of the AIIIBV compounds // Inorgan. Materials.  2006.V.42.Issue 11. P.1293-1303.

51. Koltsov A.V., Prihod’ko E.V., Vassiliev V.P., Koltsov V.B. The application of non-polarized ionic radii system for description of solids, liquids and their interface // Solid State & Materials Science.2006.V.9.P.181-188.

52. Vassil’ev V.P., Legendre B. Thermodynamic properties and  phase equilibria in In-Sn-Sb  system // Inorgan. Materials. 2007. V.43. Issue 8.С.903-916.

53. Vassil’ev V.P. Correlation of the thermodynamic properties of AIIBVI and AIII-BVI compounds // Inorgan. Materials.   2007.V.43. Issue 2. P.155-164

54. Vassiliev V.P., Minaev V.S.. Particularity of the alloys formation in Tl-S system. Izv. VUZov. Materials of the electronic technique. 2008. Issue 2. P.37-44

55. Vassiliev V.P., Minaev V.S. Phase Diagram, Structure and Thermodynamic Properties of Tl-S system. J. Optoelectronics Advanced Materials. 2008. V.10. No6. P.1299-1305.

56. Minaev V.S., Timoshenko S.P., Kalugin V.V., Kovalev S.I., Novikov S.N., Vasiliev V.P.  The physicochemical basis of exothermic effect at DTA and DSC curves below glass transition temperature in chalcogenide and oxide glasses.    Journal of optoelectronic and advanced materials 11(12) (2009) 1950-1953

57. Vassiliev V.P., Legendre B., Zlomanov V.P. The critical analysis and mutual coherence of thermodynamic data of the AIIIBV phases. Intermetallics, 2011, V.19. P.1891-1901.

58. V P. Vassiliev, W.P. Gong, Electrochemical cells with the liquid electrolyte in the study of semiconductor, metallic and oxide systems, in: Yan Shao (Ed.), Electrochemical Сells. New Advances in Fundamental Researches and Applications, InTech, 2012, pp.71-102.

59. V.P. Vassiliev, W.Gong, A.F. Taldrik, S.A. Kulinich. Method of the correlative optimization of heat capacities of isostructural compounds, J. Alloys and compounds. 552 (2013) 248-254.

60.Vassiliev V.P.Lysenko V.A.Weiping Gong

New EMF Measurements and Thermodynamic Evaluation of the In-Pb-Zn System, Journal of Alloys and Compounds, 564 (2013) 49-54 

61. N.I. Ilinykh, V.P. Vassiliev. Relationship of thermodynamic properties between solid and liquid states in AIII-BV system.

Proceeding of the JEEP13 Conference. 39th edition of the Joint European days on Equilibrium between Phases. , 19th March-21st March, Nancy, France

62. Vassiliev V.P.Taldrik A.F.Ilinykh N.I.

New Correlative Method of Thermodynamic Analysis of the Inorganic Compounds. Proceeding of the JEEP13 Conference. 39th edition of the Joint European days on Equilibrium between Phases.  19th March-21st March  MATEC Web of Conferences, 3, (2013) № 01078 .DOI: http://dx.doi.org/10.1051/matecconf/20130301078


Minaev V.S.Timoshenkov S.P.Kalugin V.V.Vassiliev V.P.Mukimov D.Zh

в журнале Chalcogenide Letters, издательство National Institute of Materials Physics, National Institute of Optoelectronics (Romania), 10, № 11 (2013). 474-480

64. Thermodynamic Properties, Phase Diagrams and Glass-Formation of Thallium Chalcogenides

Vasilyev V.P.Minaev V.S.Batyunya L.P.

в журнале Chalcogenide Letters, Ed. National Institute of Materials Physics, National Institute of Optoelectronics (Romania), 10, № 11 (2013). 485-507

65. Correlative optimization of heat capacities of isostructural compounds

Vassiliev V.P.Gong W.P.Zhang RuiTaldrik A.F.Kulinich S.A.  Zhongshan Daxue Xuebao/Acta Scientiarum Natralium Universitatis Sunyatseni, Ed. Zhongshan Daxue Xue/Zhongshan University(China),  52, № 4, (2013)  58-65 


Дополнительные сведения: 

Химическая термодинамика конденсированных фаз и фазовые диаграммы