Atmospheric aerosol is comprised of distinct multicomponent particles that are continuously modified as they are transported in the atmosphere. Resolving variability in particle physical and chemical properties requires tracking high-dimensional probability density functions, which is not practical in large-scale atmospheric simulations. Reduced representations of atmospheric aerosols are neede...

Superconductivity and superfluidity are some of the most fundamental and important phenomena of modern physics. However, much theoretical work for such systems so far has been restricted to the onecomponent case. For multicomponent systems, the spectrum of possible topological defects, their structure formation and associated phase transitions, can all be much richer than in the one-component c...

Developing multicomponent superlattices (SLs) using lead halide perovskite nanocrystals (NCs) is challenging due to weak ionic bonding and the high mobility of ions. Recently, Kovalenko et al. developed SLs, including binary cubic perovskite-like ternary columnar SLs. The CsPbBr3 are promising building blocks for SLs that produce short, intense bursts light known as superfluorescence (SF) previ...

the dynamics of multicomponent adsorption in a fixed bed adsorber is examined numerically. the dynamic model of adsorption in the packed column included axial dispersion and variable space velocity along the bed for the multicomponent adsorption adsorption the pore fluid and the solid phase are in equilibrium with a nonlinear isotherm. the numerical solution is based upon the modified lax-wendr...