Electron-Irradiated GO and rGO for Scalable Solid-State Hydrogen Storage
Low-energy electron irradiation simultaneously reduces and hydrogenates graphene oxide, extending electron-induced hydrogenation to scalable carbon powders.
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Projects
Research and builds, documented as they actually happened.
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Low-Cost Multilayer Transition-Radiation Targets at the ELSA Test Beam
A winning CERN Beamline for Schools experiment showing household-material radiators produce detectable transition radiation in a GeV electron beam.
Complete index
materials
- Electron-Irradiated GO and rGO for Scalable Solid-State Hydrogen StorageLow-energy electron irradiation simultaneously reduces and hydrogenates graphene oxide, extending electron-induced hydrogenation to scalable carbon powders.
- Atomic-Hydrogen Hydrogenation of SWCNTs via the C KLL Auger D-ParameterThe first application of the C KLL Auger D-parameter to hydrogenated SWCNTs, paired with TPD evidence of unusually heat-stable C−H binding.
energy
- H2STAR: A Gate-Validated Materials-to-System Model for Hydrogen Adsorption StorageA self-directed, validation-gated study and codebase connecting cryogenic adsorption thermodynamics on carbons to onboard tank performance.
- HyCAN-DB: A FAIR Database of Experimental Hydrogen Uptake in Carbon SorbentsA systematically screened, FAIR-compliant database of experimental hydrogen-sorption measurements in carbon nanomaterials, built for meta-analysis.
- CHASM: An Evidence-Graded Atlas of Carbon Hydrogen-Storage ClaimsA fully specified, pre-registered synthesis that grades the field's storage claims and bounds defensible capacities, using my own samples as the case study.