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РH process as a technology for reprocessing mixed uranium–plutonium fuel from BREST-OD-300 reactor
Shadrin A., Dvoeglazov K., Maslennikov A., Kashcheev V., Tret’yakova S., Shmidt O., Vidanov V., Ustinov O., Volk V., Veselov S., Ishunin V.
A lumped parameter model of electrochemical reprocessing of spent nuclear fuel
Shults O., Simonenko V., Peshkichev I.
Physicochemical principles of preparation of U(VI) carbonate solutions for extraction reprocessing in the Carbex process
Tsivadze A., Chekmarev A., Boyarintsev A., Stepanov S.
Simulation of closed nuclear fuel cycle processes as a tool for the development and optimization of radiochemical technologies
Shmidt O., Makeeva I., Liventsov S.
Preparation of Solid Solutions of Uranium and Cerium Oxides from Their Nitric Acid Solutions Using Microwave Radiation
Kulyako Y., Vinokurov S., Trofimov T., Pilyushenko K., Malikov D., Perevalov S., Savel’ev B., Dvoeglazov K., Shadrin A., Myasoedov B.
Preparation of Powdered Uranium Oxides by Denitration of Nitric Acid Uranium Solutions Using UHF Radiation
Kulyako Y., Trofimov T., Pilyushenko K., Malikov D., Perevalov S., Vinokurov S., Savel’ev B., Myasoedov B.
High-temperature interaction of components of spent uranium nuclear fuel with alkali metal carbonates in the course of voloxidation in the Carbex process
Chekmarev A., Vazhenkov M., Stepanov S., Boyarintsev A., Tsivadze A.
Calculation of the activity of uranyl nitrate and nitric acid in the H2O–HNO3–UO2(NO3)2–TBP–diluent system using Zdanovskii’s rule
Ochkin A., Merkushkin A., Nekhaevskii S., Tyupina E.
Thermodynamic Analysis of the Carbothermal Synthesis of (U, Pu)N
Peshkichev I., Bochkareva A., Kuropatenko V., Makeyeva I., Shults O.
Synthesis of High-Density Pellets of Uranium Dioxide by Spark Plasma Sintering in Dies of Different Types
Papynov E., Shichalin O., Mironenko A., Ryakov A., Manakov I., Makhrov P., Buravlev I., Tananaev I., Avramenko V., Sergienko V.
Removal of U(VI) from simulated liquid waste using synthetic organic resin
Massoud A., Waly S., Abou El-Nour F.
Dissolution of WWER-1000 spent nuclear fuel in a weakly acidic solution of iron nitrate and recovery of actinides and rare earth elements with TBP solutions
Fedorov Y., Kulyako Y., Blazheva I., Goletskii N., Zilberman B., Metalidi M., Petrov Y., Ryabkova N., Vinokurov S., Trofimov T., Myasoedov B.
Determination of concentrations of fission products by ICP–AES in solutions from spent nuclear fuel reprocessing
Naumova Y., Sapozhnikova N., Egorova O., Lumpov A.
Chemical-spectroscopic determination of impurity elements in concentrated salt products from pyrochemical reprocessing of spent nuclear fuel
Khamdeev M., Vasil’eva O., Kubasova L., Erin E.
Commercial recovery of valuable radionuclides from spent nuclear fuel: Methods and approaches
Tananaev I., Myasoedov B.
How can the cost of spent fuel reprocessing be reduced and reliable isolation of all the wastes be ensured?
Pokhitonov Y.
Effect of carbon impurity in irradiated mixed uranium–plutonium nitride on the phase composition upon β-decay of fission products
Bulatov G., Gedgovd K., Maslennikov A., Lyubimov D.
Simulation of the dynamic beyond-design-basis regime in an extraction–scrubbing unit consisting of mixer–settlers or centrifugal contactors in reprocessing spent nuclear fuel from nuclear power plants and of impurex process
Puzikov E., Goletskii N., Zilberman B., Fedorov Y., Kudinov A., Naumov A., Kukharev D., Ryabkov D., Shmidt O.
A carbon composite based on pyrolyzed diphthalocyanines for immobilization of high-level waste from nuclear industry
Tikhonov V., Kapustin V., Lebedev V., Sovestnov A., Bairamukov V., Mishin K.
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