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Chemical erosion of amorphous hydrogenated carbon films by atomic and energetic hydrogen

Journal of nuclear materials, 1987-02, Vol.145, p.443-447

1987

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Thermal desorption of hydrogen and various hydrocarbons from graphite bombarded with thermal and energetic hydrogen

Journal of nuclear materials, 1987-02, Vol.145, p.292-296

1987

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The reaction of atomic hydrogen with a-C:H and diamond films

Surface & coatings technology, 1991-08, Vol.47 (1), p.156-161

1991

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Radiation enhanced sublimation of boron containing carbon materials

Journal of nuclear materials, 1990-12, Vol.176, p.481-485

1990

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Differences in the CH3 and CH4 formation from graphite under bombardment with hydrogen ions and hydrogen atoms/argon ions

Journal of nuclear materials, 1984-12, Vol.128-129, p.545-550

1984

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High temperature erosion of boron/carbon materials

Journal of nuclear materials, 1992-12, Vol.196, p.1112-1117

1992

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Chemical reactivity of atomic hydrogen on graphite pre-irradiated by hydrogen and argon ions

Journal of nuclear materials, 1989-04, Vol.162, p.898-903

1989

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Enhancement of the sputtering yield of pyrolytic graphite at elevated temperatures

Journal of nuclear materials, 1982-01, Vol.111, p.781-784

1982

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Hydrocarbon formation in the reaction of atomic hydrogen with pyrolytic graphite and the synergistic effect of argon ion bombardment

Journal of nuclear materials, 1982-01, Vol.111, p.763-768

1982

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Sticking probabilities of evaporated C1, C2 and C3 on pyrolytic graphite

Surface science, 1986-12, Vol.178 (1-3), p.806-812

1986

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The enhanced sputtering yield of graphite at elevated temperatures: The energy of the released carbon atoms

Nuclear instruments & methods in physics research. Section B, Beam interactions with materials and atoms, 1984-01, Vol.2 (1), p.617-622

1984

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Sticking probabilities of evaporated C 1, C 2 and C 3 on pyrolytic graphite

Surface science, 1986-12, Vol.178 (1), p.806-812

1986

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Synergistic methane formation on pyrolytic graphite due to combined H+ ion and H0 atom impact

Journal of nuclear materials, 1987-02, Vol.145-147, p.412-416

1987

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Light impurity production in tokamaks

Plasma physics and controlled fusion, 1989-08, Vol.31 (10), p.1685-1698

1989

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Dose dependence of tic erosion by D+ and H0/AR+ irradiation (synergistic effect)

Journal of nuclear materials, 1984-12, Vol.128-129, p.564-569

1984

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A comparative study of the chemical erosion of different types of graphite and the influence of nickel surface contaminations

Journal of nuclear materials, 1984-01, Vol.123 (1), p.1440-1446

1984

Volltextzugriff (PDF)

The trapping of thermal atomic hydrogen on pyrolytic graphite

Journal of nuclear materials, 1980-01, Vol.93, p.558-563

1980

Volltextzugriff (PDF)

Energy efficient control for mechanical systems based on inherent dynamical structures

2012 American Control Conference (ACC), 2012, p.2609-2614

2012

Volltextzugriff (PDF)

The reaction of energetic O2+, thermal O2, and thermal O2/ar+ on graphite and the use of graphite for oxygen collector probes

Journal of nuclear materials, 1987-02, Vol.145-147, p.425-428

1987

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Chemical Reactivity of Atomic Hydrogen on Graphite Pre-Irradiated by Hydrogen and Argon Ions

Journal of nuclear materials, 1988-05, Vol.162-164, p.898-903

1988

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High temperature erosion of boron/carbon materials

Journal of nuclear materials, 1992, Vol.196-98, p.1112-1117

1992

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Dose Dependence of TiC Erosion by Deuterium exp + and Hydrogen exp 0 /Argon exp + Irradiation (Synergistic Effect)

Journal of nuclear materials, 1984-05, Vol.128-129, p.564-569

1984

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The reaction of energetic O 2+, thermal O 2, and thermal O 2/ar + on graphite and the use of graphite for oxygen collector probes

Journal of nuclear materials, 1987, Vol.145, p.425-428

1987

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The Reaction of Energetic O exp + sub 2 , Thermal O sub 2 , and Thermal O sub 2 /Ar exp + on Graphite and the Use of Graphite for Oxygen Collector Probes

Journal of nuclear materials, 1986-05, Vol.145-147, p.425-428

1986

Volltextzugriff (PDF)

Thermal Desorption of Hydrogen and Various Hydrocarbons From Graphite Bombarded With Thermal and Energetic Hydrogen

Journal of nuclear materials, 1986-05, Vol.145-147, p.292-296

1986

Volltextzugriff (PDF)

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Chemical erosion of amorphous hydrogenated carbon films by atomic and energetic hydrogen

Thermal desorption of hydrogen and various hydrocarbons from graphite bombarded with thermal and energetic hydrogen

The reaction of atomic hydrogen with a-C:H and diamond films

Radiation enhanced sublimation of boron containing carbon materials

Differences in the CH3 and CH4 formation from graphite under bombardment with hydrogen ions and hydrogen atoms/argon ions

High temperature erosion of boron/carbon materials

Chemical reactivity of atomic hydrogen on graphite pre-irradiated by hydrogen and argon ions

Enhancement of the sputtering yield of pyrolytic graphite at elevated temperatures

Hydrocarbon formation in the reaction of atomic hydrogen with pyrolytic graphite and the synergistic effect of argon ion bombardment

Sticking probabilities of evaporated C1, C2 and C3 on pyrolytic graphite

The enhanced sputtering yield of graphite at elevated temperatures: The energy of the released carbon atoms

Sticking probabilities of evaporated C 1, C 2 and C 3 on pyrolytic graphite

Synergistic methane formation on pyrolytic graphite due to combined H+ ion and H0 atom impact

Light impurity production in tokamaks

Dose dependence of tic erosion by D+ and H0/AR+ irradiation (synergistic effect)

A comparative study of the chemical erosion of different types of graphite and the influence of nickel surface contaminations

The trapping of thermal atomic hydrogen on pyrolytic graphite

Energy efficient control for mechanical systems based on inherent dynamical structures

The reaction of energetic O2+, thermal O2, and thermal O2/ar+ on graphite and the use of graphite for oxygen collector probes

Chemical Reactivity of Atomic Hydrogen on Graphite Pre-Irradiated by Hydrogen and Argon Ions

High temperature erosion of boron/carbon materials

Dose Dependence of TiC Erosion by Deuterium exp + and Hydrogen exp 0 /Argon exp + Irradiation (Synergistic Effect)

The reaction of energetic O 2+, thermal O 2, and thermal O 2/ar + on graphite and the use of graphite for oxygen collector probes

The Reaction of Energetic O exp + sub 2 , Thermal O sub 2 , and Thermal O sub 2 /Ar exp + on Graphite and the Use of Graphite for Oxygen Collector Probes

Thermal Desorption of Hydrogen and Various Hydrocarbons From Graphite Bombarded With Thermal and Energetic Hydrogen

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