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IIR document
Optimal design of a thermodynamic control system for cryogenic propellant storage.
A computational study for characterizing cavitating flow in hydrofoils operating at cryogenic conditions.
Investigation on engineering applications of cryogenic pipeline chill-down.
CFD investigation on thermodynamic characteristics of on-orbit cryogenic tank during reorientation process.
Numerical research of driving mechanism for geyser developing in cryogenic propellant feedline.
Analytical model for a leak detection system on Ariane 5 launcher cryogenic interfaces.
Gas breakthrough across a porous array structure wetted by cryogenic fluid.
Experimental study on the solid-liquid equilibrium of cryogenic methane mixture propellant.
The design of the Cryobubbles experiment: advancing the state of the art of cryogenic propellant management.
Innovations in modeling cryogenic propellant phase change for long duration spaceflight.
Correlation of R290 + ethanol using cubic equation of state with some mixing rules.
Global comparative analysis of HFC and alternative technologies for refrigeration, air conditioning, foam, solvent, aerosol propellant, and fire protection applications. Final report.
Refrigeration sector monitoring
5 results
Comparison of oxygen liquefaction methods for use on the surface of Mars
An article published in Cryogenics reviews the various methods by which oxygen (used with methane as a propellant for ascent from the planet's surface) could be liquefied and stored on the surface of Mars.
IIR Cryogenics 2023 conference: perspectives of cryogenic technologies for 2030
Overview of future technological advances in cryogenics: liquid hydrogen electric aircrafts, cryofuels, hydrogen chemical energy conversion, fuel cells for energy storage, cryogenic rocket engine, quantum and...
Artemis I mission: cryogenic system failure delays launch
Due to a liquid hydrogen leak in the rocket's core stage, NASA is postponing the launch of the Artemis I mission until late September or October 2022.
Novel catalysts to address overheating in hypersonic aircraft
Researchers at Australia's RMIT University have developed 3D-printed catalysts to address the challenge of overheating in hypersonic aircraft and possibly other industrial...
A 20% reduction in CO2 emissions from mobile air conditioning by 2050 is possible
A recent report from the International Energy Agency “Cooling on the Move - The future of air conditioning in vehicles” explores the current and future global energy consumption from mobile air conditioning systems, along with the resulting...
IIR news
1 result
Highlights from the 46th Montreal Protocol OEWG: Addressing Ozone Depletion and Climate Change Challenges
The 46th meeting of the Open-ended Working Group (OEWG) of the Parties to the Montreal Protocol took place in Montreal from 8 to 12 July 2024. The IIR took part of the event.
