## What is/are Coupled Two Dimensional?

Coupled Two Dimensional - The purpose of this study is to combine our previous liner experimental study of characteristic of spread and transport of oil spill to develop a coupled two-dimensional oil spill model.^{[1]}A bilayer Fermi–Hubbard model is realized in two coupled two-dimensional layers of fermionic ultracold atoms by tuning the interlayer coupling strength to create a crossover between magnetic orderings.

^{[2]}We explore numerically relay synchronization of wave structures in a heterogeneous three-layer network of coupled two-dimensional (2D) lattices of continuous-time systems.

^{[3]}In the paper, a fully coupled two-dimensional (2D) electrochemical-thermal model for a commercial 18650 cylindrical lithium iron phosphate (LiFePO4, LFP) battery that considers the contact resistance between the current collectors and electrodes is developed to describe the Li-ion battery performance.

^{[4]}That is, replacing the frequency-dependent soil impedance functions by a single-valued functions read at the flexible-base structure frequency; This work seeks to quantify the accuracy of this simplification considering fully coupled two-dimensional (2D) finite element models (FEM) as the reference.

^{[5]}The fast ionization wave (FIW) discharges in pure nitrogen in a capillary tube at 27 mbar, initiated by positive polarity, high-voltage nanosecond pulses, are numerically studied by coupled two-dimensional plasma fluid modeling.

^{[6]}—ISO Electric fields are used to control interaction strength in coupled two-dimensional bilayer systems.

^{[7]}We develop a mapping of wires and substrate onto a system of two coupled two-dimensional ladder lattices using a block Lanczos algorithm.

^{[8]}We study finite-temperature properties of the strongly coupled two-dimensional doped Hubbard model using the minimally-entangled typical thermal states (METTS) method on width $4$ cylinders.

^{[9]}The mathematical model consists of coupled two-dimensional partial differential equations which are transformed to the set of ordinary differential equations via the similarity transformation.

^{[10]}To do this, we construct a multilayer Ising model comprised of coupled two-dimensional Ising lattices that have distinct critical temperatures when isolated.

^{[11]}We study the effective dynamics of an open scalar field interacting with a strongly-coupled two-dimensional rotating CFT plasma.

^{[12]}In this work we consider model formulations that allow better understandings of the relations between Darcy velocity and temperatures in coupled two-dimensional systems.

^{[13]}Based on the Cattaneo–Vernotte model and the transient semiconductor drift-diffusion equations, a coupled two-dimensional model is developed to predict the behavior of carrier transport in electrical field and heat transport in thermal field for semiconductor device.

^{[14]}We theoretically study topological planar Josephson junctions (JJs) formed from spin-orbit-coupled two-dimensional electron gases (2DEGs) proximitized by two superconductors and subjected to an in-plane magnetic field $B_\parallel$.

^{[15]}A coupled two-dimensional (2D) model for the processes of bed evolution and bank erosion has been proposed in this study, which integrates a 2D morphodynamic module with a bank-erosion module and a groundwater flow module.

^{[16]}Herein, a surface plasmons coupled two-dimensional chemical Au/Bi2WO6-MoS2 heterojunction was synthesized.

^{[17]}An alternate route to the X-cube model fusion theory is provided by starting with a system of decoupled two-dimensional toric code layers, and giving a description of the p-string condensation mechanism within our approach.

^{[18]}We consider a Josephson junction bilayer consisting of two tunnel-coupled two-dimensional electron gas layers with Rashba spin-orbit interaction, proximitized by a top and bottom s-wave superconductor with phase difference ϕ close to π.

^{[19]}We introduce an anomalous version of reflection symmetry protected topological crystalline insulators, obtained as a stack of weakly coupled two-dimensional layers.

^{[20]}We consider a system of stacked tunnel-coupled two-dimensional electron- and hole-gas layers with Rashba spin-orbit interactions subjected to a staggered Zeeman field.

^{[21]}We propose helicoidal excitonic phase in a Coulomb-coupled two-dimensional electron-hole double layer (EHDL) system with relativistic spin-orbit interaction.

^{[22]}The paper describes the effects of mutual and external synchronization of spiral wave structures in two coupled two-dimensional lattices of coupled discrete-time oscillators.

^{[23]}A coupled two-dimensional hydrodynamics-sediment transport model based on Reynolds averaged Navier-Stokes (RANS) equations and cell-centered finite volume method with flexible meshing approach was adopted for this study.

^{[24]}We investigate the proposal that for weakly coupled two-dimensional magnets the transition temperature scales with a critical exponent which is equivalent to that of the susceptibility in the underlying two-dimensional model, $ \gamma $.

^{[25]}Critical slowing and an abrupt transition are also observed in the planar cuprate AFM ${\mathrm{La}}_{2}{\mathrm{CuO}}_{4+\ensuremath{\delta}}$, where they are taken as evidence for weakly interplanar-coupled two-dimensional AFM spin fluctuations, but our $\ensuremath{\mu}\mathrm{SR}$ data do not agree quantitatively with theoretical predictions for this scenario when applied to the nickelate.

^{[26]}We compute dispersion relations of non-hydrodynamic and hydrodynamic modes in a non-relativistic strongly coupled two-dimensional quantum field theory.

^{[27]}Thirdly, we extend the computational model to solve a system of coupled two-dimensional multi-term time–space fractional Bloch–Torrey equations.

^{[28]}Even though the bilayer CrI$_3$ can be in an antiferromagnetic (AFM) state with zero net magnetization, one can read out the magnetic state (FM or AFM) via proximity coupled two-dimensional materials, not necessarily TMDCs, on both sides of the bilayer CrI$_3$.

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