E. Arkhipov

发表

Heavy water purification from tritium by CECE process

S. Bondarenko, I. Alekseev, O. Fedorchenko, 2008 .

Increasing the Efficiency of Electromembrane Processes in the Area of Electrochemical Cadmium Plating

K. N. Smirnov, V. Kolesnikov, T. Vagramyan, 2021, Theoretical Foundations of Chemical Engineering.

Operating experience of the experimental industrial plant for reprocessing of tritiated water wastes

T. V. Voronina, S. Bondarenko, I. Alekseev, 2001 .

Improvement of PNPI Experimental Industrial Plant Based on CECE Process for Heavy Water Detritiation

S. Bondarenko, I. Alekseev, O. Fedorchenko, 2008 .

The CECE Experimental Industrial Plant for Reprocessing of Tritiated Water Wastes

T. V. Voronina, S. Bondarenko, I. Alekseev, 2002 .

Cryogenic distillation facility for isotopic purification of protium and deuterium.

P. Kravtsov, V. Trofimov, C. Petitjean, 2015, The Review of scientific instruments.

HTU Dependence on an Isotope Species – Experimental Study on “EVIO” Pilot Plant

S. Bondarenko, I. Alekseev, O. Fedorchenko, 2011 .

The study of CECE process at the experimental industrial plant

T. V. Voronina, S. Bondarenko, I. Alekseev, 2022 .

Development of a Heavy Water Detritiation Plant for PIK Reactor

S. Bondarenko, I. Alekseev, O. Fedorchenko, 2005 .

Heavy water detritiation by combined electrolysis catalytic exchange at the experimental industrial plant

T. V. Voronina, S. Bondarenko, I. Alekseev, 2003 .

Fifteen Years of Operation of CECE Experimental Industrial Plant in PNPI

S. Bondarenko, I. Alekseev, O. Fedorchenko, 2011 .