DISSOCIATED VACANCIES AND SCREW DISLOCATIONS IN MGO AND UO2: ATOMISTIC MODELING AND LINEAR ELASTICITY ANALYSIS

Dissociated vacancies and screw dislocations in MgO and UO2: atomistic modeling and linear elasticity analysis

Abstract Understanding the effect of dislocations on the mass transport in ionic ceramics is important for understanding the behavior of these materials in a variety of contexts.In particular, the dissociated nature of vacancies at screw dislocations, Collections or more generally, at a wide range of low-angle twist grain-boundaries, has ramificati

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Classification of CNC Vibration Speeds by Heralick Features

In the contemporary landscape Black Boyfriend Jean of industrial manufacturing, the concept of computer numerical control (CNC) has emerged due to the optimization of conventional machinery, distinguished by its remarkable precision and expeditious processing capabilities.These inherent advantages have seamlessly paved the way for the pervasive int

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Self-motivated and directed learning across the lifespan

Self-motivated and directed learning is integral to knowledge base expansion for learners of all ages.Both motivational and cognitive processes drive self-motivated and directed lifelong learning, yet how these different processes operate together from childhood through adulthood is largely unknown.In this review, we discuss the role of personal mo

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Perturbation series for Jacobi matrices and the quantum Rabi model

We investigate eigenvalue perturbations for a class of infinite Collections tridiagonal matrices which define unbounded self-adjoint operators with discrete spectrum.In particular we obtain explicit estimates for the convergence radius of the perturbation series and error estimates for the Quantum Rabi Model including the resonance case.We also giv

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