Deev V.I.

Deev Viktor I.

Degree: Doctor of Sciences in Technology

Professor

Division of Nuclear Physics and Technologies, Office of Academic Programs (411) / Institute of Nuclear Physics and Engineering
Works at MEPhI since 1958
Work Experience: 53 years

Education

1958 — National Research Nuclear University MEPhI

Courses

1. Academic Practice: primary professional skills, thermal physics of nuclear power plants
2. Academic (Research) Practice
3. Course project (engineering calculations and design of nuclear power plants)
4. Heat and Mass Transfer Theory
5. Industrial workshop (research, thermal physics of nuclear power plants)
6. Industry Workshop (Research and Production)
7. Practical Training (Research Work)

Publication activity

6
h-index (Web of Science)
5
h-index (Scopus)
  1. Article
    Web of Science & Scopus
    Heat transfer in rod bundles cooled by supercritical water – Experimental data and correlations // Thermal Science and Engineering Progress, 2020 Vol. 15 doi
  2. Article
    Web of Science & Scopus
    Universal dependencies for the description of heat transfer regimes in turbulent flow of supercritical fluids in channels of various geometries // Journal of Supercritical Fluids, 2018 Vol. 135, Q1 pp. 160-167 doi
  3. Article
    Web of Science & Scopus
    The conditions of similarity and generalized dependences for calculating convective heat transfer in supercritical pressure coolants // Journal of Physics: Conference Series, 2017 Vol. 891, No. 1 doi
  4. Article
    Web of Science & Scopus
    Analysis and generalization of experimental data on heat transfer to supercritical pressure water flow in annular channels and rod bundles // Thermal Engineering, 2017 Vol. 64, No. 2, Q3 pp. 142-150 doi
  5. Article
    Web of Science & Scopus
    Heat transfer regimes for a flow of water at supercritcal conditions in vertical channels // Thermal Engineering, 2017 Vol. 64, No. 11, Q3 pp. 849-855 doi
  6. Article
    Web of Science & Scopus
    Analysis of Relations for Calculating Normal Heat Transfer to Supercritical Pressure Water Flow in Vertical Tubes // ATOMIC ENERGY, 2016 Vol. 119, No. 3, Q3 pp. 169-176 doi

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