lead-bismuth

The Steam-Hydrogen-Based Method for Reproducing Oxygen Thermodynamic Activity in Lead-Containing Alloys to Verify Oxygen Activity Sensors

12/14/2022 2022 - #04 Chemistry, physics and technology of reactor coolants

Sadovnichiy R.P. Skomorokhov A.N. Legkikh A.Yu. Askhadullin R.Sh. Lotov V.S.

The results of studies on the extension of methodological capabilities of determining physico-chemical conditions of lead-based liquid-metal coolants

3/19/2020 2020 - #01 Chemistry, physics and technology of reactor coolants

Salaev S.V. Askhadullin R.Sh. Ivanov K.D. Legkikh A.Yu. Niyazov S.-A.S.

Development of the technique for determination the rate of oxidation of structural steels in heavy liquid metal coolants

11/28/2017 2017 - #04 Chemistry, physics and technology of reactor coolants

Ivanov K.D. Niyazov S.-A.S. Lavrova O.V. Salaev S.V. Askhadullin R.Sh.

Thermodynamic oxidation aspects of metallic impurities and steel surfaces in heavy liquid metal melts

12/25/2016 2016 - #04 Nuclear materials

Lavrova O.V. Legkikh A.Yu. Storozhenko A.N.

Assurance of corrosion resistance of steels in heavy liquid metal coolants

3/28/2016 2016 - #01 Chemistry, physics and technology of reactor coolants

Legkikh A.Yu. Askhadullin R.Sh. Sadovnichiy R.P.

Calculation and experimental research in support of mass exchangers for providing specific oxygen regime in heavy liquid metal coolants (Pb, Pb Bi)

5/29/2014 2014 - #01 Thermal physics and thermal hydraulics

Askhadullin R.Sh. Martynov P.N. Rachkov V.I. Legkikh A.Yu.