Engineering & Materials Science
Air source heat pumps
100%
Defrosting
79%
Air conditioning
64%
Cooling
43%
Hot Temperature
39%
Air
35%
Energy utilization
31%
Refrigerants
31%
Heat transfer
29%
Evaporators
29%
Temperature
23%
Office buildings
22%
Atmospheric humidity
22%
Thermal comfort
21%
Neural networks
20%
Networks (circuits)
19%
Swirling flow
18%
Heat pump systems
16%
HVAC
16%
Graphene
16%
Electric power distribution
13%
Mass transfer
13%
Nanostructured materials
12%
Museums
12%
Ventilation
12%
Sensor networks
11%
Subway stations
11%
Energy conservation
11%
Water
10%
Newtonian flow
10%
Van der Waals forces
10%
Enthalpy
10%
Graphene oxide
10%
Air quality
10%
Encapsulation
9%
Energy efficiency
9%
Flow of fluids
8%
Insulation
8%
Compressors
8%
Intelligent buildings
8%
Mean field theory
8%
Monitoring
8%
Surface mount technology
8%
Cluster analysis
8%
Logistic regression
7%
Drainage
7%
Carbon nanotubes
7%
Cooling systems
7%
Costs
7%
Electricity
7%
Chemical Compounds
Air Conditioning
58%
Energy Consumption
30%
Velocity
22%
Heat
21%
Premixed Flame
20%
Coil
17%
Refrigerant
16%
Evaporator
16%
Compressor
15%
Flow
15%
Cooling
15%
Humidity
14%
Heat Transfer
12%
Energy
9%
Flame
9%
Shape
9%
Simulation
8%
Solar Collector
8%
Pipeline
8%
Environment
7%
Application
7%
Van Der Waals Force
6%
Mass Transfer
6%
Encapsulation
5%
Carbon Nanotube
5%
Earth & Environmental Sciences
heat pump
61%
frost
27%
air
27%
refrigerant
25%
modeling
15%
particulate matter
11%
air conditioning
11%
experimental study
10%
office
9%
energy consumption
8%
station
7%
artificial neural network
7%
literature review
6%
heating
6%
electronics
5%
method
5%
prediction
5%
distribution
5%
drainage
5%