Potential Structural Material Problems in a Hydrogen Energy System |
Common terms and phrases
Aerojet austenitic austenitic stainless steel Bryan McPherson carbon coal gasification Conf crack initiation development programs drogen Economy Miami Energy electrolysis elevated temperatures encountered galvanic corrosion gaseous hydrogen H reacts Hastelloy heat source high pressure high temperature hydride hydro hydrogen attack Hydrogen Economy Miami hydrogen energy system Hydrogen environment embrittlement hydrogen pipelines hydrogen production processes Hydrogen reaction embrittlement hydrogen storage hydrogen-rich in-line compressor Inconel Internal reversible hydrogen Ispra Kennedy Space Center Laboratory Livermore Marshall Space Flight martensite ment metals and alloys methane Miami Energy THEME MN/m² NASA natural gas Nelson curves Nickel Nuclear Heat oxidation POTENTIAL STRUCTURAL MATERIAL pressure vessel process heat refs research and development reversible hydrogen embrittlement room temperature severe near room Solar Energy source of hydrogen Specific materials research stainless steels Steam reforming storage systems structural alloys STRUCTURAL MATERIAL PROBLEMS superalloys thermal thermochemical cycles transmission/storage tritium type of embrittlement type of hydrogen water splitting welded