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IIR document
Cryogenic safety valves to protect systems in ITER during quench.
Pressure relief device capacity determination.
Relief rate calculation for control valve failure.
Helium safety relief system for DPS2-F cryostat of the Karlsruhe Tritium Neutrino experiment.
Fundamentals of safety relief systems.
Helium cryogenics: safety relief valves for LHC project.
Dispersion of ammonia from safety relief valves.
Ammonia refrigeration plants don’t have to be unsafe.
Experimental observation and empirical estimation of formation of solid carbon dioxide in safety valves for refrigerating system.
Evaporation and saturation of liquid at vacuum insulated tanks.
Accidental release of hydrogen from a cryogenic tank.
Presentation of the German Working Committee NA 016-00-07 AA: safety devices for helium cryostats.
NEN-EN 13136. 'Koelsystemen en warmtepompen - overdrukbeveiligingen en hun bijbehorende leidingen - berekeningsmethode' nu vertaald in het Nederlands.
NEN-EN 13136. Refrigerating systems and heat pumps - pressure relief devices and their associated piping - calculation methods.
Compact cryogenic valves for liquefied hydrogen fuelled cars.
Theoretical analysis of deposition and melting process during throttling high pressure CO2 into atmosphere.
