Engineering
Energy Conservation
100%
Laser Power
80%
Shockley
80%
Gallium Arsenide
80%
Power Converter
80%
Disinfection
60%
Emissivity
60%
Energy Engineering
60%
Energy Building
60%
Microclimate
50%
Flow Mechanism
40%
Air Quality
40%
Operation Mode
40%
Air Filtration
40%
Air Flow
40%
Air Cleaners
40%
Residential Building
40%
Numerical Study
40%
Drag Force
40%
Central Controller
20%
Supply Air
20%
System Output
20%
Outdoor Air
20%
Supply Airflow Rate
20%
Room Temperature
20%
Air Temperature
20%
Indoor Air
20%
Thermal Pollution
20%
Air Space
20%
Clean Air
20%
Set Point
20%
Delivery Rate
20%
Sensitivity Analysis
20%
Change Rate
20%
Air Change
20%
Energy Efficiency
20%
Computational Fluid Dynamics
20%
Force (F)
20%
Drag Coefficient
20%
Room Airflow
10%
Annual Energy Consumption
10%
Keyphrases
UV-C Light
40%
GaAlAs Laser
40%
UV Disinfection
40%
Shockley-Queisser
40%
Laser Power Converter
40%
Antireflection
40%
Efficiency Limit
40%
Information Technology Equipment
40%
Infection Risk
40%
Cool Materials
40%
Energy Saving
40%
CFD Approach
40%
City Wall
40%
Block Array
40%
Cough
26%
Supply Air
26%
Air Filtration
26%
Operation Mode
26%
Antireflection Coating
20%
Photon Recycling
20%
Hemispherical Emissivity
20%
Cu Corrosion
20%
Multi-ion Transport
20%
Transport Reaction
20%
Thermal Pollution
20%
Corrosion Barrier
20%
Wind Tunnel Data
20%
Urban Block
20%
Drag Coefficient Cd
20%
Computational Setting
20%
Block Scale
20%
DPM Model
13%
Wrapped Structure
13%
Air Quality Modeling
13%
Centralized Controller
13%
Tube Trap
13%
Sanitizing
13%
Area Lighting
13%
Occupancy Prediction
13%
Clean Air Delivery Rate
13%
Esthetic Zone
13%
Light Trap
13%
Air Cleaner
13%
Airspace
13%
Weather Forecasting
13%
Room Temperature
13%
HVAC System
13%
Portable Air Cleaner
13%
Outdoor Air
13%
Indoor Air Quality
13%
Air Flow Rate
13%
Occupancy Detection
13%
Disinfection
13%
Weather Conditions
13%
Air Temperature
13%
Epidemic Prevention
13%
In-room
13%
Instantaneous Release
13%
Temperature Setpoint
13%
Epidemic Control
13%
Air Intake
13%
COVID-19 Virus
13%
Supercooling
13%
Energy Consumption Factors
6%
Cooing
6%