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Modeling particle dispersion and deposition in indoor environments
N. P. Gao
,
Jianlei Niu
The Hong Kong Polytechnic University
Research output
:
Journal article publication
›
Journal article
›
Academic research
›
peer-review
270
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Citations (Scopus)
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Dive into the research topics of 'Modeling particle dispersion and deposition in indoor environments'. Together they form a unique fingerprint.
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Keyphrases
Particle Size
100%
Indoor Environment
100%
Displacement Ventilation
100%
Human Exposure
100%
Particle Deposition
100%
Particle Dispersion
100%
Underfloor Air Distribution
100%
Deposition Rate
66%
Supply Air
66%
Small Particles
66%
Drift-flux Model
66%
Three-dimensional (3D)
33%
Ventilation System
33%
Indoor Airflow
33%
Well-being
33%
Environmental Chamber
33%
Ventilation Air
33%
Size Dependence
33%
Solid Boundary
33%
Non-isothermal
33%
Air Exchange Rate
33%
Depositional Model
33%
Deposition Velocity
33%
Man-made
33%
Gaseous Pollutants
33%
Tracer Gas
33%
Velocity Variation
33%
Eulerian Approach
33%
Ignorable
33%
Mixing Ventilation
33%
Particle Movement
33%
Isothermal Chamber
33%
Deposition Characteristics
33%
Particle Release
33%
Ventilation Type
33%
Concentration Stratification
33%
Internal Heat Source
33%
Gravitational Settling
33%
Submicron Particles
33%
Enclosed Environment
33%
V-shaped Curve
33%
Settling Effect
33%
Occupied Area
33%
Air Outlet
33%
Engineering
Displacement Ventilation
100%
Supply Air
66%
Deposition Rate
66%
Full Scale
33%
Ventilation System
33%
Isothermal
33%
Size of Particle
33%
Particle Diameter
33%
Occupied Zone
33%
Outlet Air
33%
Solid Boundary
33%
Eulerian Approach
33%
Gravitational Settling
33%
Isothermal Chamber
33%
Test Chamber
33%
Air Flow
33%
Actuator
33%
Heat Sources
33%
Earth and Planetary Sciences
Indoor Environment
100%
Particle Dispersion
100%
Test Chamber
50%
Deposition Velocity
50%
Gaseous Pollutant
50%
Air Flow
50%
Actuator
50%
Chemical Engineering
Deposition Rate
100%
Deposition Characteristics
50%