In the academic field, it enables high-precision and high-resolution measurements as a standard measuring instrument for measuring light.
Measure light quantum flux density in μmolm-2s-1 or % and instantly measure the radiation spectrum. With high precision measurements every 1 nm, light can be measured instantly in μwcm-2, μmolm-2s-1, or %. It is now possible to measure sunlight and artificial light sources, from ultraviolet to far infrared, all at once, which could not be measured with conventional quantum meters. This reliable measuring instrument also supports validation, which is essential for measurement and calibration, and can issue traceability systems and certificates.
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■Overview Previous spectrometers expressed measurements in terms of coefficient counts and spectral irradiance μWcm-2/nm (a physical quantity representing the amount of radiant flux per unit area). While this is important for evaluating light sources for applications such as lighting and solar panels, which consider visibility for humans, it is not sufficient as a unit for measuring and evaluating light sources that influence essential factors like photosynthetic activity for plant growth. The "Spectral Radiant Photon Meter" developed by our company can measure in real-time the photon flux density μmolm-2s-1, indicating how many photons are emitted per unit area per unit time, and can display the photon quantity across any wavelength range. The spectrum can be visually represented with color gradients on the color bar and the spectrum itself, making it easy to visually compare the evaluation of important light sources for plant growth in terms of photon quantity.
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Spectral radiance quantum meter
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