Kinetic full-wave analysis of injected electromagnetic wave in an inhomogeneous hot plasma [0.03%]
注入非均匀热等离子体中的电磁波的kinetic全波分析
Shabbir A Khan,Atsushi Fukuyama
Shabbir A Khan
Linear absorption of electromagnetic wave injected in a hot plasma is usually associated with non-normal incidence; here, it is shown that absorption can take place at normal incidence as well. By developing a kinetic model based on integra...
Curvature effects in the reaction-diffusion system governing frontal polymerization [0.03%]
反应扩散系统在前沿聚合中的曲率效应
Minjiang Zhu,Derrick M Sanders,Yun Seong Kim et al.
Minjiang Zhu et al.
Frontal polymerization is a fast and energy-efficient curing process of thermoset polymers involving the self-sustained propagation of a sharp front that transforms a liquid monomer or gel into a polymer. The temperature, speed, and geometr...
Mariel Kempa,Markus Kraft,Jiaozi Wang et al.
Mariel Kempa et al.
Since perturbations are omnipresent in physics, understanding their impact on the dynamics of quantum many-body systems is a vitally important but notoriously difficult question. On the one hand, random-matrix and typicality arguments sugge...
Sebastian Deffner,Douglas J Durian,Wolfgang Losert et al.
Sebastian Deffner et al.
B Sriram Shastry
B Sriram Shastry
We present a method for calculating the Yang-Lee partition function zeros of a translationally invariant model of lattice fermions, exemplified by the Hubbard model. The method rests on a theorem involving the usual single-electron self-ene...
Stability of twisted states: The role of phase lag, pairwise and higher-order interactions [0.03%]
扭态稳定性：相位滞后、成对和高阶相互作用的作用
Xueqin Wang,Dong Yu,Tianyu Li et al.
Xueqin Wang et al.
Stability analysis remains a key focus in the nonlinear field. The stability of oscillator networks considering phase-lag coupling is still an unsolved puzzle. Here, we investigate the linear stability using the maximal Lyapunov exponent an...
Jason R Picardo,V Jemseena,K Vijay Kumar
Jason R Picardo
Pattern formation in active biological matter typically arises from the feedback between chemical concentration fields and mechanical stresses. The actomyosin cortex of cells is an archetypal example of an active thin film that displays suc...
Solving Lyapunov equations for electrically driven ternary electrolytes: Application to long-range van der Waals interactions [0.03%]
电驱动三元电解质的李雅普诺夫方程求解及其在长程范德华相互作用中的应用
Guangle Du,Bing Miao,David S Dean
Guangle Du
Stochastic density-functional theory (SDFT) has been widely used to study the out-of-equilibrium properties of electrolyte solutions. Examples include investigations of electrical conductivity-both within and beyond linear response-and modi...
Pseudopotential lattice Boltzmann model with tunable coexistence densities and no interfacial velocity slip [0.03%]
可调节共存密度且无界面速度滑移的伪势能格子boltzmann模型
Junren Hou,Shunli Jiang,Yugao Ma et al.
Junren Hou et al.
The pseudopotential model in lattice Boltzmann method is widely used to simulate two-phase flows. Thermodynamic consistency is an important issue in the pseudopotential model. To achieve thermodynamic consistency, various force schemes have...
Two-dimensional active Brownian particles crossing a parabolic barrier: Transition-path times, survival probability, and first-passage time [0.03%]
二维主动布朗粒子穿越抛物线屏障：过渡路径时间、生存概率和首次通过时间
Michele Caraglio
Michele Caraglio
We derive an analytical expression for the propagator and the transition path time distribution of a two-dimensional active Brownian particle crossing a parabolic barrier with absorbing boundary conditions at both sides. By taking those of ...