J. Bohdansky

Max Planck Institute for Plasma Physics — Germany

Engineering · Physical Sciences

31h-index3.4kcitations109works0.02yr avg

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Research Topics

Ion-surface interactions and analysis(73), Fusion materials and technologies(53), Nuclear Physics and Applications(29), Nuclear Materials and Properties(27), Metal and Thin Film Mechanics(20)

Publications109 total

Low energy data on radiation enhanced sublimation of graphite

10 cited

Journal of Nuclear Materials·1990· 10 citedOpen Access

Radiation-enhanced sublimation of graphite in PISCES experiments

7 cited

Journal of Vacuum Science & Technology A Vacuum Surfaces and Films·1990· 7 citedOpen Access

Unity yield conditions for sputtering of graphite by carbon ions

45 cited

Journal of Nuclear Materials·1989· 45 cited

Beryllium self-sputtering: An interpolation of data for D, He, Ne and Ar

31 cited

Journal of Nuclear Materials·1989· 31 cited

Light-Ion sputtering yield measurements of Ti AND TiC under O2 exposure at high temperature

15 cited

Journal of Nuclear Materials·1989· 15 cited

The suitability of copper/lithium alloys for application as wall material in tokamaks

5 cited

Journal of Nuclear Materials·1989· 5 cited

Preconditioning of graphite and its influence on the gas desorption

4 cited

Journal of Nuclear Materials·1989· 4 cited

Erosion and Redeposition of Graphite by Hydrogen Plasmas

23 cited

Fusion Technology·1989· 23 cited

Radiation Enhanced Sublimation of Graphite Bombarded by Low Energy H_exp.+, D_expt.+ and He_exp.+ Ions in the Range of 50 EV to 6 KEV

MPG.PuRe (Max Planck Society)·1989

RADIATION ENHANCED SUBLIMATION OF GRAPHITE BOMBARDED BY LOW ENERGY H+, D+ AND HE+ IONS IN THE RANGE OF 50 EV TO 6 KEV

Elsevier eBooks·1989

Radiation enhanced sublimation of graphite bombarded by low energy H+, D+ and He+ Ions in the range of 50 EV to 6 KEV

Max Planck Digital Library·1989

Special Section Authors

Fusion Technology·1989

Carbon monoxide formation on graphite bombarded with oxygen ions

7 cited

Journal of Nuclear Materials·1988· 7 cited

Erosion of graphite by high flux hydrogen plasma bombardment

59 cited

Nuclear Fusion·1988· 59 citedOpen Access

Sputtering yield of vapor-deposited TiC films by low energy deuterium ions

2 cited

Journal of Nuclear Materials·1988· 2 cited

Ion-induced C segregation on Fe films on pyrolytic graphite under high-fluence D bombardment

7 cited

Applied Physics Letters·1988· 7 cited

Deceleration ion optical system for sputtering measurements between 50 and 500 eV as function of angle of incidence

20 cited

Review of Scientific Instruments·1987· 20 cited

Mechanism of hydrocarbon formation upon interaction of energetic hydrogen ions with graphite

50 cited

Applied Physics Letters·1987· 50 cited

Sputtering of graphite with light ions at energies between 20 and 1000 eV

56 cited

Nuclear Instruments and Methods in Physics Research Section B Beam Interactions with Materials and Atoms·1987· 56 cited

Behavior of graphite under heat load and in contact with a hydrogen plasma

24 cited

Nuclear Instruments and Methods in Physics Research Section B Beam Interactions with Materials and Atoms·1987· 24 cited

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Frequent Co-authors

J. Roth(28), W. Eckstein(8), H.L. Bay(7), Kenneth Wilson(7), W. Ottenberger(6), E. Hechtl(5), Dan M. Goebel(5), R.W. Conn(5), Y. Hirooka(5), A.E. Pontau(5), R. Behrisch(4), A. Martinelli(4), W.K. Leung(4), J. Roth(3), H. Schins(3), L.G. Haggmark(3), M. I. Baskes(3), H. Verbeek(2), Manish Kumar Sinha(2), R.E. Nygren(2)