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Finite-Size Effects Near QCD Critical Point: Quark Number Susceptibility
To extract the critical exponents characterizing the scaling behavior of the deconfinement phase transition, at the thermodynamic limit, we study the...
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Finite-size versus finite-temperature effects in the critical long-range O(N) model
In this paper we consider classical and quantum versions of the critical long-range O ( N ) model, for which we study finite-size and finite-temperature...
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A Molecular Analysis of Critical Factors for Interface and Size Effects on Heat Conduction in Nanoconfined Water Film
Heat conduction of nanoconfined liquid may differ from its bulk because of the effects of size, geometry, interface, temperature, etc. In this study,...
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Full Size Binoculars
Though compact binoculars in the 30–33 mm aperture class have been steadily increasing in popularity due to their lighter weight and decent light...
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Critical Behavior of the Stochastic SIR Model on Random Bond-Diluted Lattices
In this paper, we investigate the impact of bond-dilution disorder on the critical behavior of the stochastic SIR model. Monte Carlo simulations were...
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Modeling the Critical Flicker Fusion Frequency in the Human Visual System
AbstractThe temporal resolving power of the visual system is essential for the perception of the objective world. The lowest sampling rate of a...
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Critical Conditions of Self-Ignition at Bifurcation Points
AbstractThe results of the main research in the field of self-ignition theory are summarized. For symmetrical vessels, the following are presented:...
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Size Effects in Ba(Pb)TiO3 Nanopowders by EPR and NMR
The aim of the present paper is to study the influence of the particle size on the properties of BaTiO3 and PbTiO3 materials by means of a NMR and...
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Finite-temperature critical behaviors in 2D long-range quantum Heisenberg model
The Mermin-Wagner theorem states that spontaneous continuous symmetry breaking is prohibited in systems with short-range interactions at spatial...
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Effects of Size on Phase Transitions in Ferroics
AbstractFeatures of the behavior of phase transition temperature in nanoscale ferroics are discussed within phenomenological theories. It is shown...
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Phase transitions and critical phenomena of the Blume–Capel model in complex networks
AbstractThis paper investigates the adsorption of gas molecules onto complex materials. We explore the map** of the traditional soft-core lattice...
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Quantum critical region of a two-dimensional spin-half XXZ model
We study the properties of a quantum critical region of an XXZ model in two dimensions. The quantum critical point at zero temperature evolves as the...
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On Estimating the Critical Current Density in Polycrystalline Superconductors Synthesized by Solid-State Method
In a recent paper, Zhang et al. [
1 ] studied the effect of a Pb content on the superconducting properties of Bi-2223. Some earlier, Ramírez et al. [2 ]...
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Critical JT gravity
In this paper, we investigate a critical behavior of JT gravity, a model of two-dimensional quantum gravity on constant negatively curved spacetimes....
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Calculated Assessment of the Size of an Elementary Tribosystem
Abstract —The friction surface is a concept that has established itself in tribology and the definitions of friction processes. It is clear that this...
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The Length of Critical Streamers
AbstractThe concept of an equipotential length of a positive quasi-stationary streamer is introduced as a criterion for estimating the degree of its...
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Free Energy Fluctuations of the Bipartite Spherical SK Model at Critical Temperature
The spherical Sherrington–Kirkpatrick (SSK) model and its bipartite analog both exhibit the phenomenon that their free energy fluctuations are...
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Critical Velocity for Quantized Vortex Formation in a Superfluid with a Plate-Shaped Obstacle
We theoretically investigate the dependence of the critical velocity for quantum vortex formation on the size L of a plate-shaped obstacle moving in...
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Critical Phenomena in a Small World
We consider the behavior of various systems on a small-world network near a critical point. Our starting point is a different, nonrandom system with...
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Origin of the critical state in sheared granular materials
Dense granular flow is common in nature and industrial applications. A hallmark behaviour of granular flow is the emergence of a critical state when...
