Keywords: نیروهای متقابل; Sound assisted fluidization; Fine and ultrafine cohesive powders; Interparticle forces; Cluster/subcluster model;
مقالات ISI نیروهای متقابل (ترجمه نشده)
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Keywords: نیروهای متقابل; Fine particles fluidization; Tensile strength; Cohesion; Interparticle forces;
Keywords: نیروهای متقابل; Fluidised bed reactor; High temperature; Interparticle forces; Capillary forces; Powder flow properties; Fine particles; Cohesiveness;
Keywords: نیروهای متقابل; Gas-solid fluidized bed; Hydrodynamics; Interparticle forces; High temperature; Polymer coating approach;
Keywords: نیروهای متقابل; Fluidized bed; Nanoparticles; De-agglomeration; Impaction; Particle size distribution; Interparticle forces;
Keywords: نیروهای متقابل; Powder flowability; Powder rheology; Fluidization; Interparticle forces;
Keywords: نیروهای متقابل; Zeta potential; Aqueous phase composition; Interparticle forces;
Keywords: نیروهای متقابل; Gas-solid fluidized bed; Hydrodynamics; Temperature; Pressure; Interparticle forces;
Keywords: نیروهای متقابل; CFD-DEM; Flow structure; Fluidization; Fine ellipsoids; Interparticle forces; Orientation;
Keywords: نیروهای متقابل; Gas-solid fluidized bed; Bubbling regime; Interparticle forces; Solids motion; Particle tracking
Keywords: نیروهای متقابل; Gas-solid fluidized bed; Bubbling regime; Hydrodynamics; High temperature; Interparticle forces;
Keywords: نیروهای متقابل; Clay soil; Clay soil microstructure; Interparticle forces; Petroleum pollution; Particle size
Keywords: نیروهای متقابل; Fragmentation; Nanoparticle agglomerates; Interparticle forces; Energy controlled impaction
Keywords: نیروهای متقابل; Fluidization; Homogeneous bed expansion; Cohesive powders; Interparticle forces; Enduring particle-particle contacts;
Keywords: نیروهای متقابل; Colloidal probe atomic force microscopy; Derjaguin approximation; Interparticle forces; Colloid nanoparticle mixtures
Keywords: نیروهای متقابل; Fluidization; Fluidized beds; Interparticle forces; Rheology
Keywords: نیروهای متقابل; Gas-solid fluidized bed; Interparticle forces; Hydrodynamics; Global measurements;
Keywords: نیروهای متقابل; Gas–solid fluidized bed; Interparticle forces; Hydrodynamics; Local measurements
Keywords: نیروهای متقابل; Powder flow properties; High temperature; Interparticle forces; Powder cohesion; van der Waals forces
Experimental and theoretical analysis of TiO2 powders flow properties at ambient and high temperatures
Keywords: نیروهای متقابل; Interparticle forces; Powder flow properties; High temperature;
Larger voids in mechanically stable, loose packings of 1.3 μm frictional, cohesive particles: Their reconstruction, statistical analysis, and impact on separation efficiency
Keywords: نیروهای متقابل; Packing process; Slurry concentration; Interparticle forces; Packing density; Bed reconstruction; Wall effects
Geldart classification for wet particles
Keywords: نیروهای متقابل; Fluidized bed; Interparticle forces; Liquid bridge force; Van der Waals force; Geldart's classification;
Aggregation phenomena in fluidization of cohesive powders assisted by mechanical vibrations
Keywords: نیروهای متقابل; Vibrated fluidization; Cohesive powders; Aggregates; Interparticle forces
Influence of lixiviation by irrigation water on residual shear strength of weathered red mudstone in Northwest China: Implication for its role in landslides' reactivation
Keywords: نیروهای متقابل; Weathered red mudstone (WRM); Residual shear strength; Salt dissolution; Disaggregation; Interparticle forces
Interaction forces between colloidal particles in a solution of like-charged, adsorbing nanoparticles
Keywords: نیروهای متقابل; Depletion forces; Colloidal probe atomic force microscopy; Binary colloidal systems; Interparticle forces; Colloidal forces
The minimum bubbling velocity of fluidized beds operating at high temperature
Keywords: نیروهای متقابل; Fluidization; High temperature; Minimum bubbling velocity; Interparticle forces; Bed voidage; Expansion diagram
Interpretation of the hydrodynamic behaviour in a conical fluidized bed dryer
Keywords: نیروهای متقابل; Drying; Fluidization; Hydrodynamics; Granular materials; Interparticle forces; Pressure fluctuations
Simulation of capillary shrinkage cracking in cement-like materials
Keywords: نیروهای متقابل; Early age concrete; Early age cracking; Shrinkage; Interparticle forces; Capillary pressure; Particle model; Discrete modeling
The influence of moisture on the fluidization behaviour of porous pharmaceutical granule
Keywords: نیروهای متقابل; Fluidization; Granular materials; Hydrodynamics; Parameter identification; Voidage; Interparticle forces; Liquid bridging
The effect of mechanical vibration on gas fluidization of a fine aeratable powder
Keywords: نیروهای متقابل; Vibrated fluidization; Aeratable powders; Minimum fluidization velocity; Interparticle forces; Homogeneous fluidization
Dry powder platform for pulmonary drug delivery
Keywords: نیروهای متقابل; Dry powder inhaler; Interparticle forces; Aerosol; Pulmonary drug delivery; Carrier particle; Fluidization
A novel experimental study of temperature enhanced cohesive interparticle forces ☆
Keywords: نیروهای متقابل; Interparticle forces; High temperature fluidisation; Reactive coating
Effect of interparticle forces on the conical spouted bed behavior of wet particles with size distribution
Keywords: نیروهای متقابل; Conical spouted beds; Liquid bridges; Particle size distribution; Interparticle forces; Fluid and solid flows
Modification of interparticle forces for nanoparticles using atomic layer deposition
Keywords: نیروهای متقابل; Interparticle forces; Fluidization; Atomic layer deposition; Nanostructure; Films; Imaging
Bubble size reduction in electric-field-enhanced fluidized beds
Keywords: نیروهای متقابل; Enhanced fluidization; Electric fields; Bubble size reduction; Interfacial polarization; Debye length; Interparticle forces;
Effects of coagulants on the surface forces of colloidal alumina under water treatment conditions
Keywords: نیروهای متقابل; Coagulation; Alumina; AFM; Aluminium oxide; Aluminium salts; Interparticle forces; Water treatment;
Particle–particle interactions during normal flow filtration: Model simulations
Keywords: نیروهای متقابل; Interparticle forces; Filtration; Electrostatics; Membranes; Particle; Simulation
Aggregation behavior of nanoparticles in fluidized beds
Keywords: نیروهای متقابل; Fluidization; Nanoparticles; Dynamic aggregation; Vibration; Interparticle forces; Vacuum;