Васильев Валерий Петрович

C U R R I C U L U M  V I T A E

Surname: Vassiliev

Name: Valery

Date of birth: 25 December 1937

Birthplace: Moscow

Nationality: Russian

Civil Status: married

Place of permanent residence: Ap. 303, B. 4, 10 St. Matveevskaya, Moscow, 119517

Official address: Chemical Department, Lomonosov University, Moscow, GSP 119991

Position at present: Professor Emeritus

Language knowledge: French and English—reads, writes, and speaks fluently.

Grades and diplomas: Diploma in Chemistry (F 125314) delivered by the Ministry of

Higher Education in 1964, Moscow. Diploma of Doctor of Philosophy (Physical

chemistry) (MXM 014663) delivered by the Higher Classification Commission in1973,

Moscow. Diploma of the Senior Research (CH 025364) delivered by the Higher

Classification Commission in 1981, Moscow. Diploma of Doctor of Physical Chemistry

(DDH 004655) delivered by the Higher Classification Commission in 2007, Moscow.

He has more than 100 scientific publications concerning the thermodynamic properties and phase diagrams of semiconductor systems AII-BIV, AII-BVI, AIII-BV, AIII-BVI, and metallic systems on the basis of rare earth metals. He developed the method

of electromotive forces with liquid electrolyte, and he is a recognized specialist in the method of electromotive forces.

He is the author of review papers for the handbook "Thermic Constants of Compounds," edited by academician V. P. Glushko, Edition VINITI (All-Union Institute of Scientific and Technical Information).

For the last ten years, Dr. Valery Vassiliev has been working on optimizing the heat capacities in the solid state. Under his leadership and direct participation, a program for calculating the heat capacity of an ideal crystal was created. To describe the heat capacity of the substance in a solid state, the Multiparameter Family of Functions was proposed. The self-consistent coefficients of the Debye-Maier-Kelley hybrid model were established for substances with the sphalerite and wurtzite structures. The last two publications in 2024 and 2025 are devoted to the model description of the heat capacities of the AIIIBV phases and elements of the fourth group. This model is suitable for describing the heat capacity from 0 K to the melting point within the experimental uncertainty. He established a strict relationship between the thermodynamic constants of different binary compounds and the periodic law.

-In 2012 (4 months) and 2011 (3 months), he worked as an associate professor at the

Huizhou University, China.

-In 2007, he defended his doctoral dissertation on physical chemistry on the topic:

“Thermodynamic Properties and Phases Equilibriums some Semiconductors

Systems and those Metallic”

-2002, Started in the Savoy University (Annecy, France) with the electromotive forces

method with the solid electrolyte.

-In 1999 he worked as a consultant at the plant metallurgical (La Ferté-Bernard) and in

The Laboratory of Solid State Chemistry (Nancy, France).

-In 1997 (9 months), he was invited by Prof. B. Legendre as an associated professor in his

laboratory of Physical Chemistry (Department of Pharmacy, Châtenay-Malabry,

Université Paris 11).

-In 1995 (6 months) and 1993 (4 months), worked as an invited professor in the laboratory of the metallurgical thermodynamic director, Prof. J. Hertz (Nancy University, France).

-In 1991 (3 months), Dr. V. Vassiliev was invited by Genoese University (Italy) to give courses for third-year students on "Potentiometric methods in thermodynamics." At the same time, he fulfils his scientific work in the laboratory of Prof. R. Ferro. -From 1989 to 2000, Dr. V. Vassiliev has been collaborating from 3 to 4 months every year as invited professor with Professor J. P. Bros at Provence University (Marseilles,

France), where he executes pedagogical and scientific work. During these years he led by three graduation papers and one postgraduate thesis in France. -From 1973 to 1975, he worked as a professor of the chair of applied chemistry at the National Institute of Hydrocarbons in Boumerdes (Algeria), where he gave lectures on "Technical analysis" and "Mathematical treatment of results in chemistry." He also led some students who were finishing their graduation papers. In 1972, he defended the thesis of Dr. Ph. (Physical Chemistry) on the topic:

"Thermodynamic properties of alloys and phases of equilibriums in thallium-sulfur, thallium-selenium, and thallium-tellurium systems in the solid state."

List of publications and citations on the site https://scholar.google.com/citations?user=HQwIH-gAAAAJ&hl=ru