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

Author:

Alekseev I.A,Bondarenko S.D,Fedorchenko O.A,Grushko A.I,Karpov S.P,Konoplev K.A,Trenin V.D,Arkhipov E.A,Vasyanina T.V,Voronina T.V,Uborsky V.V

Publisher

Elsevier BV

Subject

Mechanical Engineering,General Materials Science,Nuclear Energy and Engineering,Civil and Structural Engineering

Reference6 articles.

1. The CECE alternative for upgrading/detritiation in heavy water nuclear reactors and for tritium recovery in fusion reactors;Spagnolo;Fusion Technology,1995

2. Installation for separation of hydrogen isotopes by the method of chemical isotopic exchange in the ‘water–hydrogen’ system;Andreev;Fusion Technology,1995

3. V.D. Trenin et al., Experimental industrial plant for the studies and development of reprocessing technology of tritiated water wastes, in: Proceedings of 20th SOFT, Marseilles, Fusion Technology, 1998, pp. 963–966.

4. I.A. Alekseev et al., The study of CECE process at the experimental industrial plant, in: Proceedings of the 20th Symposium on Fusion Technology, Marseilles, Fusion Technology, 1998, pp. 959–962.

5. Computer simulation of the water and hydrogen distillation and CECE process and its experimental verification;Fedorchenko;Fusion Technology,1995

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