Keyphrases
Diesel
100%
Structure Influence
100%
Catalyst Structure
100%
Temperature Inhomogeneity
100%
Particle Deposition
100%
Soot Particles
100%
Transient Temperature
100%
Particles Deposition Efficiency
100%
Exhaust System
50%
Thermophoresis
50%
Design Approach
25%
Corrugation
25%
Interception
25%
Diffusional
25%
Mass Fraction
25%
Microparticles
25%
Filtration
25%
Phenomenological Models
25%
Small Particles
25%
Acceleration Time
25%
Exhaust Gas
25%
Particle Transport
25%
Transient Conditions
25%
Stationary Conditions
25%
Vehicle Engine
25%
Exhaust Flow
25%
Filtration Efficiency
25%
Heat Conductivity
25%
Size-resolved
25%
Particulate Mass
25%
Diesel Soot
25%
Thermophoretic
25%
Diesel Soot Particles
25%
Continuous Deposition
25%
Diesel Particulate Matter
25%
Stainless Steel Foil
25%
Transient Engine Operation
25%
Heavy-duty Diesel Vehicles
25%
Particulate Mass Emissions
25%
Exhaust Line
25%
Soot Agglomerates
25%
Mobility Diameter
25%
Thermophoretic Particle Deposition
25%
Continuous Oxidation
25%
Material Science
Thermal Conductivity
100%
Stainless Steel
100%
Oxidation Reaction
100%
Microparticle
100%
Particle Transport
100%
Exhaust Gas
100%
Particulate Matter
100%
Engineering
Transients
100%
Thermophoresis
66%
Exhaust System
66%
Retro-Fitting
33%
Phenomenological Model
33%
Mass Fraction
33%
Exhaust Flow
33%
Filtration Efficiency
33%
Stationary Condition
33%
Acceleration Period
33%
Diesel Particulate Matter
33%
Mass Emission
33%
Microparticles
33%
Stainless Steel
33%
Model Test
33%
Exhaust Gas
33%
Chemical Engineering
Thermal Diffusion
100%
Thermal Conductivity
50%
Atmospheric Aerosol
50%