SEARCH Articles Figures Tables ACCELERATING MOTION OF A PARTICLE IN THE GRAVITATIONAL FIELD Aerosols particle motion Application to the Motion of a Single Particle Basic relationship for the particle motion Brownian Motion of Aerosol Particles Brownian diffusion relative motion between particles Brownian motion individual particles Brownian motion of colloidal particles Colloidal particles Brownian motion Coriolis Force on Particle Motion Dielectrophoretic Motion of Particles and Dielectrophoretic Motion of Particles and Cells Electrokinetic Motion of Cells and Nonpolarizable Particles Electrokinetic Motion of Heterogeneous Particles Electrokinetic Motion of Particles Electrokinetic Motion of Polarizable Particles Equation of Motion for a Particle Fluid motion in the presence of solid particles Magnetic Particle Motion Motion of Particles Attached to Giant Motion of Particles Attached to Giant Vesicles: Falling Ball Viscosimetry Motion of Particles Attached to Giant Vesicles: Falling Ball Viscosimetry and Motion of a Brownian Particle Motion of a single particle Motion of particles Motion of particles in a fluid Motion of particles in fluids Motion of solid particles Motion of suspended particles Motion, of gas particles Particle Motion and Scale-up Particle Motion in a Homogeneous Field Particle forces controlling motions Particle movement due to bubble motion Particle size, measurement motion Particle steady-state motion Particle tracking rotational motion Particle, equation of motion Particle-motion anomalies Particles Brownian motion Particles being held in suspension by Brownian motion Particles motion through fluids Single-particle vibrational motion Spectral function particle motion Steady-State Motion of Particles and Drops in a Fluid The motion of particles in liquid media Thermal force particle motion Vortex particle motion Why do dust particles move more quickly by Brownian motion in warm water