Author

A. Obermann

Observed names: A OBERMANN, A Obermann, A. OBERMANN

Observed institutions: Queen's University Belfast, Universität Hamburg, University of Münster

OpenAlex ID: A5082178533

Mössbauer effect, magnetic susceptibility and electronic heat capacities in the palladium-vanadium-hydrogen and vanadium-iron-hydrogen systems

1976 · A Obermann, W Wanzl, et al. · Journal of the Less Common Metals · 32

Low temperature specific heat and magnetic properties of V/FE and V/FE/H alloys

1979 · D. Ohlendorf, E. Wicke, et al. · Journal of Physics and Chemistry of Solids · 25

Preferred sites for electrolytic hydrogen discharge and the possibility of ion implantation effects

1976 · F.A. Lewis, R.C. Johnston, et al. · Surface Technology · 16

Die gravimetrische Methode der Gitterexpansion zur Messung der Diffusion von Wasserstoff in Tantal

1972 · E. Wicke, A. Obermann · Zeitschrift für Physikalische Chemie · 16

Zener type anelastic effects and criteria for phase transitions and critical points in metal/hydrogen systems

1982 · F LEWIS, F MAZZOLAI, et al. · International Journal of Hydrogen Energy · 13

Hydrogen overpotential and underpotential at palladium-black and platinum-black surfaces

1976 · F.A. Lewis, A. Obermann, et al. · Surface Technology · 10

Derivation of pressure-composition and electrical resistance-composition relationships for the tantalum-hydrogen, niobium-hydrogen and vanadium-hydrogen systems from electrode potential measurements

1976 · F.A. Lewis, A. Obermann · Journal of the Less Common Metals · 9

Palladium and platinum hydrogen electrodes I: Hydrogen chemical potentials, molecular hydrogen diffusion and local cell hydrogen transfer effects at palladium and platinum electrodes under open-circuit conditions and during constant current and pulsed current electrolysis in hydrogen-saturated solutions

1983 · F.A. Lewis, R.C. Johnston, et al. · Surface Technology · 7

Hydrogen absorption by palladium electrodes from hydrogen-saturated alcohol-based electrolytes

1981 · A. Obermann · Surface Technology · 6

Electrolytic hydrogen isotope separation factors within low voltage hydrogen transfer cells

1981 · F.A. Lewis, J.H. Kirkpatrick, et al. · Surface Technology · 3

Hydrogen chemical potentials, surface heterogeneities and solution diffusive processes in hydrogen electrode reactions

1984 · F.A. Lewis, R.C. Johnston, et al. · International Journal of Hydrogen Energy · 2

Hydrogen storage electrodes and hydrogen transfer cells

1976 · F. A. Lewis, Joseph Bell, et al.

Secondary cells based on reversible hydrogen transfer between electrodes capable of absorbing large volumes of hydrogen in interstitial solid solutions

1974 · F. A. Lewis, M.C. Witherspoon, et al.

The Lattice Expansion Method for Measuring Hydrogen Diffusion

1972 · D. Kisch, A. Obermann, et al. · Berichte der Bunsengesellschaft für physikalische Chemie

ChemInform Abstract: DIE GRAVIMETRISCHE METHODE DER GITTEREXPANSION ZUR MESSUNG DER DIFFUSION VON WASSERSTOFF IN TANTAL

1972 · E. WICKE, A. OBERMANN · ChemInform

Gravimetric Method of Lattice Expansion for the Measurement of Hydrogen Diffusion in Tantalum.

1972 · E. Wicke, A. Obermann · OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information)

Works count: 16

Citation count: 139

H-index: 7

I10-index: 6