Experimental Simulation and Characterization of Radiation Damage in Materials

Experimental Simulation and Characterization of Radiation Damage in Materials

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This reprint aims to advance the current knowledge in ion irradiation studies and accelerated ageing of materials. The collected papers address various areas in the field, from the fundamentals of ion beam irradiation to innovative experimental characterization of the materials and related theoretic...

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Bibliographic Details
Other Authors: Krsjak, Vladimir (Editor)
Format: Electronic Book Chapter
Language:English
Published: Basel MDPI - Multidisciplinary Digital Publishing Institute 2023
Subjects:
Technology: general issues
History of engineering & technology
Materials science
6H-SiC
H2+ implantation
exfoliation
microstructure
martensitic steel
Fe and He irradiation
RAFM steels
swelling
helium implantation
helium bubbles
helium embrittlement
ion irradiation
positron annihilation spectroscopy
positron lifetime
Doppler broadening spectroscopy
f/m steels
RPV steels
oxide dispersion strengthened steels
PLCL
PLDLA
chain scission
degradation
gamma-ray
Geant4
simulation
radiation damage model
gel permeation chromatography
scission
polystyrene
fluorinated polystyrene
molecular dynamics simulation
radiation resistance
high-energy ion irradiation
nuclear materials
transmutation helium
Zr-Nb-Ti MEAs
microstructural characterization
irradiation resistance
defects evolution
VVER reactor
long-term operation
radiation-induced defects
recovery annealing
positron annihilation techniques
semiconductors
WBG
proton irradiation
ageing
gallium arsenide
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Description
Summary:This reprint aims to advance the current knowledge in ion irradiation studies and accelerated ageing of materials. The collected papers address various areas in the field, from the fundamentals of ion beam irradiation to innovative experimental characterization of the materials and related theoretical modelling. The present research contributes primarily to the understanding of the applied aspects of ion bombardment as a surrogate for neutron irradiation and a tool for experimental simulation of harsh radiation environments. At the same time, this Special Issue features several exciting studies on the microstructural characterization of the radiation tolerance of materials across a broad spectrum of scientific and industrial areas.
Physical Description:1 electronic resource (160 p.)
ISBN:books978-3-0365-6753-2
9783036567525
9783036567532
Access:Open Access

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