Dataset of paper "Comparison of radiant intensity in aqueous media using experimental and numerical simulation techniques"

Dataset of paper "Comparison of radiant intensity in aqueous media using experimental and numerical simulation techniques":

Relative spectral intensity for each light source as recorded by ILT RAA4 spectroradiometer.
Material and optical properties of the quartz tube.
Wavelength specific refractive index and quantum yield in water.
Ray tracing data vs experimental data (FX-1 265).
Plot of peak intensity vs working distance (in air) and Comparison between radiometry and ray tracing in the presence of a quartz tube in front of the light source for FX-1 265.
Recorded peak intensity at multiple working distances using radiometry and ray tracing.
Comparison between average light loss at multiple distances in radiometry, ray tracing and transmission curve due to quartz material and Plot of percentage light loss for all wavelengths at multiple working distances due to quartz material.
Data on loss of intensity in comparison with the transmission curve.
Recorded peak intensity at multiple working distances between simulation tools.
Comparison between ray tracing, DOM and radiometry for FX-1 265, Uniformity plot obtained from radiometry, ray tracing interface and DOM.
Data on comparison between actinometry measurements and ray tracing.
Plot of intensity with wavelength between the two techniques.
Comparison between measured intensity in air and water medium for FX-1 265.
Plot of change in peak intensity as light propagates through the quartz tube within the UV fixture at multiple working distances for FX-1 265.
Simulated intensity in water at different points within the tube.