Keyphrases
Active Particles
100%
Cytokinetics
85%
Kinetic Theory
85%
Active Suspension
64%
Swimmers
64%
Pusher
57%
Plasma Membrane
53%
Puller
50%
Contractile Ring
48%
Circular Domain
42%
Kinetic Model
42%
Microfluidics
42%
Suspension Viscosity
42%
Rheology
42%
Wide Channels
42%
Particle Suspension
42%
Active Stress
42%
Geometric Control
42%
Run-and-tumble Particles
42%
Collective Motion
42%
Interfacial Instability
42%
Orientation Distribution Function
42%
Viscous Film
42%
Racetrack
42%
Ring Tension
42%
Myo2
42%
Sliding Filaments
42%
Periodic Porous Medium
42%
Mechanical Regulation
42%
Furrow
42%
Membrane Accumulation
42%
Cell-intrinsic
42%
Flow Strength
42%
Self-propelled
42%
Fluid Flow
42%
Active Self
42%
Sulfolane
42%
Stiffness
42%
Dispersibility
42%
Magnetic Field
42%
Cell Traction Force
42%
In Vacuo
42%
Magnetoactive
42%
Electrospray
42%
Flow Actuation
42%
Motor-clutch Model
42%
Microfluidic Flow
42%
Taylor Dispersion
42%
Nanodrop
42%
Actomyosin
39%
Engineering
Active Particle
85%
Fluid Viscosity
85%
Active Suspension
85%
Fluid Flow
64%
Kinetic Model
53%
Flow Strength
53%
Body Force
42%
Rheology
42%
Basis State
42%
Capillary Force
42%
Damping Effect
42%
Narrow Channel
42%
Flat Substrate
42%
Generated Stress
42%
Particle Suspension
42%
Ideal Gas Behavior
42%
Dimensionless Parameter
42%
Run Length
42%
Magnetic Field
42%
Inactive Particle
42%
Normal Modes
42%
Vortex
42%
Activity Level
42%
Actuation
42%
Stokes Equation
42%
Continuum Model
42%
Boundary Layer
42%
Biofilm Formation
42%
Shear Flow
42%
Biomedical Device
42%
Process Engineering
42%
Force Transmission
42%
Analytical Framework
42%
Brownian Particle
42%
Computer Simulation
42%
Probability Density Function
42%
Apparent Viscosity
21%
External Flow
21%
Conservation Equation
21%
Bacterial Suspension
21%
Pulling Force
21%
Environmental Property
21%
Drivetrain
21%
Optimality
21%
Linearized Theory
21%
Parameter Space
21%
Navier-Stokes Equation
21%
Confined Geometry
21%
Experimental Observation
21%
Laminar Flows
21%
