Measurement
of
Light • Measurement
with
Light
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Light & Color Meters •
CSS-45 + CSS-D Hand-held Spectrometer
MSC15 for Illuminance, Color, Spectra, PAR, Bilirubin
P-9710 Radiometer/Photometer
X1-1 4-Channel Radiometer/Photometer
X1-1 Technical Specs
X1-RM Rack Mount Meter
X1-PCB PC Board Level Meter
P-9801 8-Channel Radiometer/Photometer
LCRT-2005-S Light Transmission Meter
BTS256-EF / BTS256-EF WiFi for Illuminance, Color, PAR, Spectra & Flicker
BTS256-LED for Luminous Flux, Color, Spectra of Individual LEDs
BTS2048-VL Spectroradiometer
Light Detectors •
Light Detectors
Compact Size Light Detectors
CSS-45 Remote Spectral Detector
High Intensity/Temperature Irradiance Detectors
Integrating Sphere Detectors
Light Hazard Detectors
Luminous Color & Illuminance Detectors
Luminance & Radiance Detectors
Modular Light Detectors
Photostability UVA & Illuminance Detector
Phototherapy Irradiance Detectors
Photopic & Scotopic Light Detectors
Plant Physiology Irradiance Detectors
Temperature Controlled Light Detectors
UVGI Detectors
UV Irradiance Detectors
Visible and Near Infrared Irradiance Detectors
Integrating Spheres •
Diffuse Reflectance Materials •
ODM98 Diffuse Reflectance Material
ODM98 Properties & Specifications
ODM98 Product Options
ODM98 Product Photos
ODM98 Purchasing Options
Knowledge Base •
I. Introduction
II. Properties and Concepts of
Light and Color
II.1 Wavelength range of optical radiation
II.2 The measures of a wave
II.3 Spectra of various light sources
II.4 Basic radiometric quantities
II.5 Calculation of radiometric quantities
II.6 Spectral sensitivity of the human eye
II.7 Basic photometric quantities
II.8 Reflection, Transmission, and Absorption
II.9 The perception of color
II.10 Colorimetry
III. Measurement of Light with
Integral Detectors
III.1 The detector's input optics and its directional sensitivity
III.2 Spectral sensitivity of an integral detector
III.3 The detector's time behavior
III.4 The detector's dynamic range
III.5 Calibration of integral detectors
IV. Detector Signal Measurement
V. Theory and Applications of
Integrating Spheres
V.1 Theory of the ideal integrating sphere
V.2 Real integrating spheres
VI. Applications for Light
Measurement
VI.1. Phototherapy and Radiation Protection
VI.2. Plant physiology
VI.3. UV Disinfection and Lamp Control
VI.4. UV Curing and UV Processing
VI.5. Colorimetry
VI.6. Photostability
VI.7. Telecommunication
VI.8. Lasers & LEDs Measurements
VI.9. Nondestructive testing
VI.10. Transmission & Reflection
VII. Fighting Covid with UVGI
VIII. Appendix
Light Measurement Solutions
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About Us
P-9802 36-Channel Optometer
New product release.