Research paperTheoreticalComputed RamanQuantum Filtering of Hydrogen Isotopes through GrapheneJoshua Hale, Theja N. De SilvaarXiv·2025·10.1063/5.0286161·arXiv:2510.07461AbstractWe investigate hydrogen isotope separation through graphene using a recently developed analytical pairwise potential between hydrogen isotopes and carbon atoms in graphene. We examine classical trajectories near graphene and quantum-mechanical tunneling and sticking probabilities through monolayer graphene. The study suggests quantum filtering through graphene can enrich deuterium by separating it from protium.Read more
Ideal, infinite, defect-free monolayer graphene used as the barrier for isotope transport calculations.No measurements recordedSimulatedCStudied MaterialExpand
Research paperTheoreticalComputed RamanQuantum Filtering of Hydrogen Isotopes through GrapheneJoshua Hale, Theja N. De SilvaarXiv·2025·10.1063/5.0286161·arXiv:2510.07461AbstractWe investigate hydrogen isotope separation through graphene using a recently developed analytical pairwise potential between hydrogen isotopes and carbon atoms in graphene. We examine classical trajectories near graphene and quantum-mechanical tunneling and sticking probabilities through monolayer graphene. The study suggests quantum filtering through graphene can enrich deuterium by separating it from protium.Read more
Ideal, infinite, defect-free monolayer graphene used as the barrier for isotope transport calculations.No measurements recordedSimulatedCStudied MaterialExpand
Research paperTheoreticalComputed RamanQuantum Filtering of Hydrogen Isotopes through GrapheneJoshua Hale, Theja N. De SilvaarXiv·2025·10.1063/5.0286161·arXiv:2510.07461AbstractWe investigate hydrogen isotope separation through graphene using a recently developed analytical pairwise potential between hydrogen isotopes and carbon atoms in graphene. We examine classical trajectories near graphene and quantum-mechanical tunneling and sticking probabilities through monolayer graphene. The study suggests quantum filtering through graphene can enrich deuterium by separating it from protium.Read more
Ideal, infinite, defect-free monolayer graphene used as the barrier for isotope transport calculations.No measurements recordedSimulatedCStudied MaterialExpand
Research paperTheoreticalComputed RamanQuantum Filtering of Hydrogen Isotopes through GrapheneJoshua Hale, Theja N. De SilvaarXiv·2025·10.1063/5.0286161·arXiv:2510.07461AbstractWe investigate hydrogen isotope separation through graphene using a recently developed analytical pairwise potential between hydrogen isotopes and carbon atoms in graphene. We examine classical trajectories near graphene and quantum-mechanical tunneling and sticking probabilities through monolayer graphene. The study suggests quantum filtering through graphene can enrich deuterium by separating it from protium.Read more
Ideal, infinite, defect-free monolayer graphene used as the barrier for isotope transport calculations.No measurements recordedSimulatedCStudied MaterialExpand
