Antibiotic pollution has received increasing global and scientific attention in recent years due to its serious impact on ecosystems human health. As a new advanced oxidation method, Cold Atmospheric Plasmas (CAPs) have been successfully applied degrade oxytetracycline (OTC) with large removal rate, high energy efficiency, environment-friendly requirements; however, the reaction pathways are st...

We investigate chiral properties of the domain-wall fermion (DWF) system by using the four-dimensional hermitian Wilson-Dirac operator. We first derive a formula which connects a chiral symmetry breaking term in the five dimensional DWF Ward-Takahashi identity with the four dimensional Wilson-Dirac operator, and simplify the formula in terms of only the eigenvalues of the operator , using an an...

We studied phase separation kinetics of block copolymer melts while passing them through alternate photo-induced bond breaking (on) and recombination (off) reaction cycles, discussed its effect on evolution morphologies, scaling functions, length.

In this paper, the stability characteristics of single-walled carbon nanotubes (SWCNTs) under the action of axial load are investigated. To this end, a nonlocal Flügge shell model is developed to accommodate the small length scale effects. The analytical Rayleigh-Ritz method with beam functions is applied to the variational statement derived from the Flügge-type buckling equations. Molecular dy...

We present a continuum model trained on molecular dynamics (MD) simulations for cellular membranes composed of an arbitrary number lipid types. The is constructed within the formalism dynamic density functional theory and can be extended to include features such as presence proteins membrane deformations. This framework represents paradigm shift by enabling that access length scales order micro...

It was shown in recent experiments and molecular dynamics (MD) simulations that Schrage equation predicts evaporation condensation rates of water the absence a non-condensable gas with good accuracy. However, it is not clear whether still accurate or even valid for quantifying air. In this work, we carry out MD to study steady-state at planar water-air interface. The simulation results show flu...

Significant progress in the development of micro and nanoscale devices has been observed for past three decades. The thermal transportation these small-length scales varies significantly, it is difficult to explain underlying physics using pre-existing theoretical formulations. When bulk dimension a system comparable or smaller than mean free path (MFP) carriers, classical theories, such as Fou...

Being the key process of a promising scalable production method, mechanical peeling is often used to construct high-quality van der Waals (vdW) heterostructures. By combining molecular dynamics (MD) studies and theoretical analysis, investigation heterostructures at different angles reported. Taking vdW interaction into account, we present theory that considers effects on forces. The verified w...

We investigate chiral properties of the domain-wall fermion (DWF) system by using the four-dimensional hermitian Wilson-Dirac operator. We first derive a formula which connects a chiral symmetry breaking term in the five dimensional DWF Ward-Takahashi identity with the four dimensional Wilson-Dirac operator, and simplify the formula in terms of only the eigenvalues of the operator, using an ans...