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Volumn 267, Issue 17, 2009, Pages 2846-2857
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Rapid-relocation model for describing high-fluence retention of rare gases implanted in solids
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Author keywords
Inert gas retention; Ion implantation; Radiation enhanced diffusion; Si; Xe
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Indexed keywords
AREAL DENSITIES;
CHARACTERISTIC ENERGY;
COMPUTER SIMULATION MODEL;
DAMAGE DISTRIBUTION;
DE-TRAPPING;
DEPTH RESOLUTION;
ENERGY DEPENDENCE;
ERROR MARGINS;
FITTING PARAMETERS;
FLUENCES;
GAS ATOMS;
IMPLANTATION ENERGIES;
INERT GAS RETENTION;
LATTICE DISPLACEMENT;
LIMITING FACTORS;
NORMAL INCIDENCE;
ORDER OF MAGNITUDE;
RADIATION ENHANCED DIFFUSION;
RANGE DISTRIBUTION;
RARE GAS;
RARE GAS ATOMS;
RE-EMISSION;
RETENTION MODELS;
RUTHERFORD BACKSCATTERING SPECTROMETRY;
SHIFT PARAMETERS;
SHIFT-AND;
SI;
SPUTTER EROSION;
SPUTTERING YIELDS;
SURFACE RECESSION;
TARGET DENSITY;
TRAPPED GAS;
VOLUME EXPANSION;
XE;
ARGON;
ATOMS;
COMPUTER SIMULATION LANGUAGES;
DEFECT DENSITY;
DIFFUSION;
INERT GASES;
ION BOMBARDMENT;
ION IMPLANTATION;
RUTHERFORD BACKSCATTERING SPECTROSCOPY;
SILICON;
SPUTTERING;
SURFACE DIFFUSION;
SWELLING;
XENON;
DENSITY OF GASES;
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EID: 68949135574
PISSN: 0168583X
EISSN: None
Source Type: Journal
DOI: 10.1016/j.nimb.2009.06.097 Document Type: Article |
Times cited : (11)
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References (49)
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