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Noble-gas-solid-surface beam-scattering spectroscopy in the eV range. Nuclear channel, formal theory
T. Maniv,
Morrel H. Cohen
Research output
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Contribution to journal
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Article
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peer-review
7
Scopus citations
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Dive into the research topics of 'Noble-gas-solid-surface beam-scattering spectroscopy in the eV range. Nuclear channel, formal theory'. Together they form a unique fingerprint.
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Physics & Astronomy
solid surfaces
85%
rare gases
77%
approximation
43%
spectroscopy
43%
scattering
42%
formulations
38%
harmonic excitation
36%
electronics
28%
gases
28%
excitation
26%
coding
25%
impulses
25%
desorption
24%
energy dissipation
22%
sputtering
21%
damage
19%
mirrors
19%
momentum
19%
energy
16%
atoms
13%
Engineering & Materials Science
Inert gases
100%
Spectroscopy
92%
Scattering
78%
Sputtering
35%
Desorption
31%
Gases
31%
Atoms
28%
Mirrors
28%
Momentum
25%
Energy dissipation
23%
Chemical Compounds
Path Integral
67%
Reflection
66%
Momentum
54%
Spectroscopy
53%
Sputtering
44%
Noble Gas Atom
44%
Desorption
31%
Force
28%
Surface
26%
Energy
19%