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Modelling isolated hydrogen impurity in Lu2O3 with muonium spectroscopy

• Authors : R. C. Vilão; R. B. L. Vieira; P. W. Mengyan

Subjects: Engineering Physics; condensed matter; hydrogen

• Source: EPJ Web of Conferences, Vol 233, p 04001 (2020)

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Hydrogen-impurity binding energy in vanadium and niobium

• Authors : C. Demangeat; A. Mokrani; Journal de Physique, Archives

Subjects: tight binding calculations; hydrogen; 0103 physical sciences

• Source: Journal de Physique. 50:2243-2262

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Modelling isolated hydrogen impurity in Lu2O3 with muonium spectroscopy.

• Authors : Almeida, B.G.; Agostinho Moreira, J.; Vilão, Rui C.

Subjects: HYDROGEN; MUONIUM; LUTETIUM compounds

• Source: EPJ Web of Conferences; 4/16/2020, Vol. 233, p1-5, 5p

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Magnetic phase diagrams of Gd-H, Tb-H, Dy-H systems.

• Authors : Chzhan, Victoria¹; Tereshina, Irina² ; Burkhanov, Gennady¹

• Source: EPJ Web of Conferences. 2018, Vol. 185, p1-4. 4p.

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Metrology for sustainable hydrogen energy applications. Hydrogen quality specification for fuel cell vehicles

• Authors : Andrés Rojo; Dolores Del Campo; Teresa Fernández

Subjects: 13. Climate action; 11. Sustainability; 7. Clean energy

• Source: 18th International Congress of Metrology. :08003

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INTERACTION OF HYDROGEN WITH IMPURITIES IN DILUTE PALLADIUM ALLOYS

• Authors : B. Lengeler; Journal de Physique, Archives

Subjects: [PHYS.HIST] Physics [physics]/Physics archives

• Source: Le Journal de Physique Colloques. 47:C8-1015

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A simple tight-binding estimate of the dipole force tensor in α-palladium hydrides

• Authors : G. Moraitis; C. Demangeat; J. Khalifeh ...

Subjects: tight binding calculations; palladium compounds; 0103 physical sciences

• Source: Journal de Physique. 43:165-171

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