INIS
modulation
100%
surfaces
66%
management
66%
capture
66%
climates
66%
dynamics
33%
air
33%
heating load
33%
cooling
33%
energy
33%
matrices
33%
regulations
33%
heat flow
33%
geometry
33%
angular distribution
33%
energy systems
33%
thermal comfort
33%
transport
33%
boundary conditions
33%
storage
33%
density
33%
lighting systems
33%
performance
33%
chemical composition
33%
daylighting
33%
capillaries
33%
environment
33%
energy consumption
33%
Engineering
Microfluidic Platform
100%
Leaf
100%
Surface
50%
Environment
25%
Cooling Air
25%
Area Density
25%
Fluidics
25%
Matrix Structure
25%
Microchannel
25%
Maximization
25%
Mechanical Systems
25%
Boundary Condition
25%
Buildings
25%
Storage
25%
Energy Systems
25%
Chemical Composition
25%
Density Distribution
25%
Cycles
25%
Heating Load
25%
Flow Time
25%
Thermal Comfort
25%
Angular Distribution
25%
Operational Energy
25%
Energy Engineering
25%
Performance Requirement
25%
Keyphrases
Solar Modulation
100%
Operational Energy Consumption
50%
Leaf Vasculature
50%
Climate Exposure
50%
Total Leaf Area
50%
Multi-microchannels
50%
NIR Absorbers
50%
Real-time Flows
50%
Transparent Surfaces
50%
Leaf Surface
50%
Leaf Area Density
50%
Capillary Network
50%