Engineering
Air Temperature
100%
Smartphone
100%
Battery Temperature
100%
Brazil
100%
Models
75%
Dataset
75%
Temperature
75%
Climate Zone
50%
Retrieval
50%
Heat Transfer Model
50%
Temperature Reading
50%
Measurement
25%
Model Parameter
25%
Spatial Scale
25%
Neighbourhood
25%
Temperature Difference
25%
Battery (Electrochemical Energy Engineering)
25%
Meteorology
25%
Optimizing Model
25%
Accuracy
25%
Earth and Planetary Sciences
Electric Battery
100%
Air Temperature
100%
Model
100%
Brazil
100%
Estimate
83%
Investigation
66%
Reading
50%
Data Set
50%
Show
33%
Climate
33%
Region
33%
Observation
33%
Heat Transfer
33%
Retrieval
33%
Coefficient
16%
Citizen
16%
Neighbourhood
16%
Estimating
16%
Weather Station
16%
Meteorology
16%
Accuracy
16%
Metropolitan Area
16%
Urban Areas
16%
Station
16%
Weather Condition
16%
Physics
Air Temperature
100%
Smartphone
100%
Temperature
100%
Battery
100%
Model
85%
Estimate
71%
Heat Transfer
28%
Region
28%
Area
14%
Independent Variables
14%
Site
14%
Weather Stations
14%
Parameter
14%
Temperature Gradients
14%
Meteorology
14%
Estimating
14%
Coefficient
14%
Station
14%
INIS
air
100%
brazil
100%
datasets
75%
zones
50%
values
50%
heat transfer
50%
weather
50%
meteorology
50%
climates
50%
wmo
25%
urban areas
25%
optimization
25%
accuracy
25%
data
25%
Agricultural and Biological Sciences
Temperature
100%
Battery
100%
Model
50%
Reading
25%
Climate
16%
Weather
8%
Measurement
8%
Accuracy
8%
Urban Areas
8%
Weather Stations
8%
Meteorology
8%
Keyphrases
Local Climate Zone
50%
Temperature Reading
50%
Direct Heat Transfer
25%
Measuring Platform
25%
Urban Energy Fluxes
25%
Temperature Retrieval
25%
Meteorological Analysis
25%
Citizen Weather Station
25%
Flux Network
25%