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Eulerian charge model for gas-solid flows with bidisperse particles
Lise Ceresiat
,
Ali Ozel
, Jari Kolehmainen
School of Engineering & Physical Sciences
Institute of Mechanical, Process & Energy Engineering
Research output
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peer-review
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INIS
ashes
10%
boltzmann equation
20%
charge transport
10%
charged particles
10%
charges
100%
chemical engineering
20%
collisions
20%
comparative evaluations
10%
computational fluid dynamics
30%
distribution
10%
electric fields
20%
electrostatics
50%
eruption
10%
experimental data
10%
fluid mechanics
20%
fluidization
20%
fluidized bed
20%
fluidized beds
30%
fluids
10%
gases
100%
granular materials
10%
hazards
20%
humidity
30%
hybrids
10%
hydrodynamics
30%
kernels
10%
kinetics
10%
lagrangian
10%
layers
10%
levels
20%
modeling
40%
numerical analysis
10%
particles
100%
plastics
10%
plumes
10%
pneumatics
10%
polymerization
10%
powders
10%
prediction
10%
presses
10%
reactors
10%
safety
10%
sand
10%
simulation
20%
solids flow
100%
spheres
10%
storms
10%
transport theory
40%
velocity
10%
volume
10%
walls
30%
Chemical Engineering
Chemical Engineering
40%
Fluidization
40%
Fluidized Bed
100%
Gas-solid Flow
100%
Polymerization Reactor
20%