Calculation of concentration of aerosol particles around a slot sampler for the carrier gas and a Lagrangian method for calculation of
particle trajectories and concentration
Bidisperse Shrinking Core Model for Supercritical Fluid Extraction is conventionally used for interpretation of overall extraction curves (OECs) observed in supercritical
fluid SCALE FACTORS OF HOMOGENEOUS ANISOTROPIC COSMOLOGICAL MODELS WITH PERFECT FLUID. Scale factors have been evaluated for the multicomponent models with perfect
fluid, taking account
Calculation of concentration of aerosol particles around a slot sampler for the carrier gas and a Lagrangian method for calculation of
particle trajectories and concentration
Impulsively-Laser Excitation and Propagation of Ultrasonic Waves through Nanomagnetic Fluid of the optoacoustic transformation in a magnetic
fluid, depending on the concentration of magnetic colloidal
particles Impulsively-Laser Excitation and Propagation of Ultrasonic Waves through Nanomagnetic Fluid of the optoacoustic transformation in a magnetic
fluid, depending on the concentration of magnetic colloidal
particles Third adiabatic invariant and the collisionless distribution function of particles in a tokamak is determined predominantly by the
trajectories of charged
particles. © 2011 Pleiades Publishing, Ltd.
Optimization problems in a theory of supercritical fluid extraction of oil, which occur in supercritical
fluid extraction of oil from polydisperse packed bed of ground plant
Inertial deposition of suspended particles in a flow around a porous cylinder package. In the found field of carrying medium velocities the suspended
particle trajectories