Combining experimental and theoretical techniques to gain an atomic level understanding of the defect binding mechanism in hard carbon anodes for sodium ion …
Sodium ion batteries (NIBs) are an attractive alternative to lithium‐ion batteries in
applications that require large‐scale energy storage due to sodium's high natural …
applications that require large‐scale energy storage due to sodium's high natural …
On ripplocations and the deformation of graphite
HO Badr, MW Barsoum - Carbon, 2023 - Elsevier
The micromechanism for the deformation of layered crystalline solids (LCSs) such as
graphite, mica, and the MAX phases has long been assumed to be basal dislocations alone …
graphite, mica, and the MAX phases has long been assumed to be basal dislocations alone …
Multiscale characterization and comparison of historical and modern nuclear graphite grades
JD Arregui-Mena, RN Worth, W Bodel, B März… - Materials …, 2022 - Elsevier
Abstract Beginning with Chicago Pile I, graphite has been used as a moderator material in
nuclear power stations and is considered a potential material for use in future Generation IV …
nuclear power stations and is considered a potential material for use in future Generation IV …
A macro-scale ruck and tuck mechanism for deformation in ion-irradiated polycrystalline graphite
A vein structure, which becomes more pronounced with increasing ion dose, was found on
the surface of polycrystalline HOPG (highly oriented pyrolytic graphite) implanted by ex situ …
the surface of polycrystalline HOPG (highly oriented pyrolytic graphite) implanted by ex situ …
Microstructure and defect evolution of nuclear graphite under temperature-dependent ion irradiation
Nuclear graphite plays a vital role in GEN-IV reactors and is expected to function in the
harsh environments such as high temperature and high-dose irradiation. The ion irradiation …
harsh environments such as high temperature and high-dose irradiation. The ion irradiation …
Using porous random fields to predict the elastic modulus of unoxidized and oxidized superfine graphite
Nuclear graphite is a candidate material for Generation IV nuclear power plants. Porous
materials such as graphite can contain complex networks of pores that influence the …
materials such as graphite can contain complex networks of pores that influence the …
Prismatic edge dislocations in graphite
Dislocations are a central concept in materials science, which dictate the plastic deformation
and damage evolution in materials. Layered materials such as graphite admit two general …
and damage evolution in materials. Layered materials such as graphite admit two general …
Ripplocations in layered materials: Sublinear scaling and basal climb
The ripplocation is a crystallographic defect which is unique to layered materials, combining
nanoscale delamination with the crystallographic slip of a basal dislocation. Here, we have …
nanoscale delamination with the crystallographic slip of a basal dislocation. Here, we have …
Porosity evolution in proton irradiated microfine-grained POCO graphite
M Jiang, K Ammigan, G Lolov, F Pellemoine… - Journal of Nuclear …, 2023 - Elsevier
This work investigated the porosity evolution of POCO ZXF-5Q graphite that has been
irradiated by 340 kW, 120 GeV protons inside NT02 target system in Fermilab's NuMI …
irradiated by 340 kW, 120 GeV protons inside NT02 target system in Fermilab's NuMI …
Fullerene-like defects in high-temperature neutron-irradiated nuclear graphite
Irradiation-induced defect evolution in graphite is particularly important for its application in
graphite-moderated nuclear reactors. The evolution of defects directly influences …
graphite-moderated nuclear reactors. The evolution of defects directly influences …