Engineering
Solar Cell
100%
Spectral Irradiance
88%
Spectral Responsivity
69%
Reference Cell
47%
Light-Emitting Diode
46%
Color Temperature
46%
Luminaires
46%
Light Source
44%
Irradiance
32%
Measurement Setup
31%
Junction Temperature
31%
Spectral Correlation
27%
Illuminance
25%
Responsivity
23%
Monte Carlo Analysis
23%
Reference Value
20%
Radiometer
19%
Primary Standard
19%
Calorific Value
19%
Wavelength
15%
High Resolution
15%
Lifecycle Cost
15%
Measured Spectrum
15%
Optical Power
15%
Multijunction Solar Cell
15%
Photometer
15%
Ecodesign
15%
Photovoltaics
15%
Instrument Calibration
15%
Stray Light
15%
Calibration Procedure
15%
Band Gap Energy
15%
Irradiance Value
15%
Room Temperature
15%
Nonlinearity
15%
Harmonics
15%
Sampling Frequency
15%
Luminous Flux
15%
Photodegradation
15%
Adaptive Control
15%
Emission Spectra
15%
Band Gap
15%
Color Change
15%
Photovoltaic Modules
15%
Realization
15%
Systematic Error
14%
Spectral Range
11%
Measurement Uncertainty
11%
Silicon Cell
10%
Lighting Condition
10%
Physics
Monte Carlo
38%
Monochromators
31%
Light Source
25%
Spectrophotometer
23%
Atmospherics
23%
Radiometer
19%
Solar Cell
15%
Solar Irradiance
15%
Quantile
15%
Photometer
15%
Optical Power
15%
Spectral Correlation
15%
Harmonics
15%
Spectrum Analysis
15%
Monte Carlo Method
15%
Spectrographs
15%
Transmittance
12%
Rangefinding
10%
Polystyrene
7%
High Resolution
7%
Ultraviolet Radiation
7%
Spectrometer
5%
Radiant Flux Density
5%
Photosynthetically Active Radiation
5%
Earth and Planetary Sciences
Irradiance
58%
Spectrophotometer
26%
Total Ozone
23%
Uncertainty Analysis
15%
Nanosatellites
15%
Photometer
15%
Measurement Method
15%
Monte Carlo Analysis
15%
Photodegradation
15%
Spectrographs
15%
Small Satellite
15%
Transmittance
12%
Spectroradiometers
12%
Finland
7%
Satellite Image
7%
Xenon
7%
Mercury Vapor
7%
Spacecraft
7%
Arc Lamp
7%
Testing of Material
7%
Radiation Source
7%
Limiting Factor
7%
Image Processing
7%
Polystyrene
7%
Ultraviolet Radiation
7%
Satellite Mission
7%
Cryogenics
7%
