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IIR document
Cryogenic targets of the lightest gases (hydrogen, deuterium and helium-4) with GM cryocooler for experiments of high energy physics.
Materials and components in cryogenic distillation.
Substitutional and interstitial modulation of La-Fe-Si structure discussed with hydrogen sorption kinetics.
The analysis of binary fluid ejector assisted solar desalination system.
The solid deuterium source of ultracold neutrons.
Thermophysical properties of hydrogen and deuterium at all ortho-para compositions.
Mathematical models concerning the design of column for isotopic exchange process in the pilot plant for tritium and deuterium separation.
The solid deuterium UCN source on the base of the pulse spallation source.
Liquid cryogen targets for experiments in nuclear relativistic and particle physics.
Adsorption and separation of hydrogen isotopes on nano-porous carbon at 78 K.
Hydrogen cold and ultracold neutron sources on the WWR-M reactor, Gatchina.
Cryogenic system of the Swiss ultracold neutron source.
The study of gases cryoadsorption on activated carbon SCN-2K for the production of highly purified hydrogen isotopes.
Cryogenic distillation column behaviour at the variation of an external factor.
Refrigeration sector monitoring
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How to cool the nuclear reactors of the future?
Researchers at the Tokyo Institute of Technology are paving the way for cooling fusion reactors, following a historic breakthrough in nuclear fusion.