Metallization of diamond
Experimental discovery of ultralarge elastic deformation in nanoscale diamond and machine
learning of its electronic and phonon structures have created opportunities to address new …
learning of its electronic and phonon structures have created opportunities to address new …
[HTML][HTML] The Cs2AgRhCl6 Halide Double Perovskite: A Dynamically Stable Lead-Free Transition-Metal Driven Semiconducting Material for Optoelectronics
PR Varadwaj, HM Marques - Frontiers in Chemistry, 2020 - frontiersin.org
A-Site doping with alkali ions, and/or metal substitution at the B and B′-sites, are among
the key strategies in the innovative development of A 2BB′ X6 halide double perovskite …
the key strategies in the innovative development of A 2BB′ X6 halide double perovskite …
Phonon stability boundary and deep elastic strain engineering of lattice thermal conductivity
Recent studies have reported the experimental discovery that nanoscale specimens of even
a natural material, such as diamond, can be deformed elastically to as much as 10% tensile …
a natural material, such as diamond, can be deformed elastically to as much as 10% tensile …
[HTML][HTML] Normal-to-topological insulator martensitic phase transition in group-IV monochalcogenides driven by light
A material potentially exhibiting multiple crystalline phases with distinct optoelectronic
properties can serve as a phase-change memory material. The sensitivity and kinetics can …
properties can serve as a phase-change memory material. The sensitivity and kinetics can …
Local lattice instability analysis on mode I crack tip in β-SiC: characteristics in binary covalent crystal
K Yashiro - Computational Materials Science, 2018 - Elsevier
Local lattice instability analysis based on the atomic elastic stiffness (AES), B ij α= Δ σ i α/Δ ε
j (i, j= 1–6 in Voigt notation), is applied to mode I crack tip in covalent binary crystal β-SiC of …
j (i, j= 1–6 in Voigt notation), is applied to mode I crack tip in covalent binary crystal β-SiC of …
[HTML][HTML] Characteristics of atomic elastic stiffness at GSF energy surface, edge and screw dislocation cores in fcc, bcc and hcp metals
K Yashiro - AIP Advances, 2019 - pubs.aip.org
Basic characteristics of 6× 6 matrix of atomic elastic stiffness (AES), B ija= Δ σ ia/Δ ε j, or
the deformation resistance at each atom point, are discussed first in static analyses of …
the deformation resistance at each atom point, are discussed first in static analyses of …
Non-Schmid effects and finite wavelength instabilities in single crystal metals
A long standing postulate in crystal plasticity of metals, known as Schmid law, states that
yielding commences once the resolved shear stress on a slip plane reaches a critical value …
yielding commences once the resolved shear stress on a slip plane reaches a critical value …
Deep elastic strain engineering of materials electronic properties by machine learning
Z Shi - 2021 - dspace.mit.edu
The introduction of elastic strains has become an appealing strategy for providing unique
and exciting electronic properties in nanostructured materials. Recent successes in diamond …
and exciting electronic properties in nanostructured materials. Recent successes in diamond …
Non-Schmid Effects In Perfect Single Crystal Metals At Zero Temperature
A long standing postulate in crystal plasticity of metals is that yielding commences once the
resolved shear stress on a slip plane reaches a critical value. This assumption, known as …
resolved shear stress on a slip plane reaches a critical value. This assumption, known as …