Boundary layer effects from adsorption, desorption, and absorption of dissociated hydrogen in the cladding of nuclear thermal propulsion reactors

Author:

Gorrell R. AdamORCID,Chen Yi-Tung

Publisher

Elsevier BV

Reference53 articles.

1. Non-equilibrium behavior of dissociated hydrogen in historic Nuclear thermal propulsion reactors;Gorrell;Nucl Eng Des,2023

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3. Hydrogen corrosion considerations of carbide fuels for nuclear thermal propulsion applications;Pelaccio;J Propul Power,1995

4. Synthesis, thermal conductivity, and hydrogen compatibility of a high melt point solid solution uranium carbide, (U0.2Zr0.8)C;Kardoulaki;Nuclear Materials and Energy,2022

5. Low enriched nuclear thermal propulsion neutronic, thermal hydraulic, and system design space analysis;Krecicki;Nucl Eng Des,2020

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