Search Results - "BENES, O"

Thermodynamics of soluble fission products cesium and iodine in the Molten Salt Reactor by Capelli, E., Beneš, O., Konings, R.J.M.

“…The present study describes the full thermodynamic assessment of the Li,Cs,Th//F,I system. The existing database for the relevant fluoride salts considered as…”
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Thermodynamic investigations of the NaI-CsI, KI-CsI, and NaF-CsI pseudo-binary systems by Scuro, N.L., Fitzpatrick, B.W.N., Geiger, E., Poschmann, M., Dumaire, T., Beneš, O, Piro, M.H.A.

“…[Display omitted] •Improved experimental results and thermodynamic models were obtained for the NaI-CsI and KI-CsI pseudo-binary systems using DSC…”
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Electrochemical measurements of LiF-CaF2-ThF4 melt and activity coefficient of ThF4 in LiF-CaF2 eutectic melt by Souček, P., Rodrigues, D., Beneš, O., Delpech, S., Rodrigues, A., Konings, R.J.M.

“…Thermodynamic and electrochemical properties of actinides in molten fluoride salts are one of the key data required for design and safety assessment of any…”
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Experimental investigation and thermodynamic modelling of the ThF4-PuF3 phase diagram by Tosolin, A., Vigier, J.-F., Mastromarino, S., Konings, R.J.M., Luzzi, L., Beneš, O.

“…•First experimental results on the phase equilibria and phase stabilities in the ThF4-PuF3 system.•New thermodynamic model for the ThF4-PuF3…”
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Coupled Computational Fluid Dynamics and Computational Thermodynamics Simulations for Chemically Reacting Flows with Phase Transformations: A Fluoride Volatility Process Example by Scuro, N.L., Beneš, O., Piro, M.H.A.

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Thermodynamic assessment of the LiF–ThF4–PuF3–UF4 system by Capelli, E., Beneš, O., Konings, R.J.M.

“…The LiF–ThF4–PuF3–UF4 system is the reference salt mixture considered for the Molten Salt Fast Reactor (MSFR) concept started with PuF3. In order to obtain the…”
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Thermodynamic behavior of CrF2 corrosion product in the molten LiF-ThF4 salt system by Dumaire, T., Walter, O., Beneš, O., Griveau, J.-C., Colineau, E., Konings, R.J.M., Smith, A.L.

“…This work examines the thermochemistry of the chromium difluoride CrF2 corrosion product in the molten ▪ fuel salt system. Through a combination of…”
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Coupled computational fluid dynamics and computational thermodynamics simulations for fission product retention and release: A molten salt fast reactor application by Scuro, N.L., Beneš, O., Lorenzi, S., Krstovic, M., Krepel, J., Piro, M.H.A.

“…This study presents a computational capability for fission product retention and release in two-phase, multi-species systems representing Molten Salt Reactors…”
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Thermodynamic modelling of thoria-urania and thoria-plutonia fuels: Description of the Th-U-Pu-O quaternary system by Bergeron, A., Manara, D., Beneš, O., Eloirdi, R., Piro, M.H.A., Corcoran, E.C.

“…In this work, a thermodynamic treatment for (Th,U)O2 and (Th,Pu)O2 fuels has been developed using the CALPHAD method to describe phase diagram and…”
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Thermodynamic properties and phase diagrams of fluoride salts for nuclear applications by Beneš, O., Konings, R.J.M.

“…▪ This work is a critical review of the chemical–physical properties of the fluoride salts of interest in the Molten Salt Reactor project. In total five salt…”
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Thermodynamic investigations of the LiF-CsF and NaF-CsF pseudo-binary systems by Lipkina, K., Palinka, K., Geiger, E., Fitzpatrick, B.W.N., Vălu, O.S., Beneš, O., Piro, M.H.A.

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The solidification behaviour of the UO2–ThO2 system in a laser heating study by Böhler, R., Quaini, A., Capriotti, L., Çakır, P., Beneš, O., Boboridis, K., Guiot, A., Luzzi, L., Konings, R.J.M., Manara, D.

“…[Display omitted] •Melting of the full UO2–ThO2 system was studied by laser heating.•A minimum melting point was found around 5 mol% ThO2 and T = 3098 K.•Ideal…”
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Low- and high-temperature heat capacity of metallic technetium by Zappey, J.N., Moore, E.E., Beneš, O., Griveau, J.-C., Konings, R.J.M.

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Vaporization behaviour of a PuF3-containing fuel mixture for the Molten Salt Fast Reactor by Tosolin, A., Colle, J.-Y., Mastromarino, S., Souček, P., Luzzi, L., Konings, R.J.M., Beneš, O.

“…The mixture LiF-ThF4-UF4-PuF3 (77.5–6.6-12.3–3.6 mol%), a fuel option for the Molten Salt Fast Reactor (MSFR), has been measured by differential scanning…”
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Thermodynamic assessment of the LiF―NaF―ThF4―UF4 system by BENES, O, BEILMANN, M, KONINGS, R. J. M

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Vaporization behaviour of the Molten Salt Fast Reactor fuel: The LiF-ThF4-UF4 system by Tosolin, A., Beneš, O., Colle, J.-Y., Souček, P., Luzzi, L., Konings, R.J.M.

“…A selected composition of the initial fuel of the Molten Salt Fast Reactor (MSFR) is assessed by differential scanning calorimetry (DSC) for melting point…”
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Energy self-sufficient sewage wastewater treatment plants: is optimized anaerobic sludge digestion the key? by JENICEK, P, KUTIL, J, BENES, O, TODT, V, ZABRANSKA, J, DOHANYOS, M

“…The anaerobic digestion of primary and waste activated sludge generates biogas that can be converted into energy to power the operation of a sewage wastewater…”
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A DSC study of the NaNO3-KNO3 system using an innovative encapsulation technique by BENES, O, KONINGS, R. J. M, WURZER, S, SIERIG, M, DOCKENDORF, A

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Thermodynamic assessment of the LiF–NaF–BeF2–ThF4–UF4 system by Capelli, E., Beneš, O., Konings, R.J.M.

“…The present study describes the full thermodynamic assessment of the LiF–NaF–BeF2–ThF4–UF4 system which is one of the key systems considered for a molten salt…”
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Thermodynamic Investigation of the CaF2–ThF4 and the LiF–CaF2–ThF4 Systems by Capelli, E, Beneš, O, Raison, P. E, Beilmann, M, Künzel, C, Konings, R. J. M

“…In this study we present the thermodynamic description of the binary CaF2–ThF4 system and the ternary LiF–CaF2–ThF4 system. In order to describe the general…”
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