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Absorption of samples was measured using the surface thermal lensing (STL) technique.
Water absorption of samples with 10 - 15% Cement stabilisation was less than the value specified by IS 1725-1982.
The results show that phase composition, crystallite size, Brunauer-Emmett-Teller surface area, and optical absorption of samples varied significantly with the heat treatment temperatures.
Increasing the absorption of samples is due to decreasing the real part of their refractive index and increasing its imaginary parts.
they investigated three different building orientations and the effect of "ageing" (defined as moisture absorption) of samples stored in a non-desiccated environment for 43 days.
To compare SPION-containing and SPION-free samples, the data of SPION-containing samples were subtracted with the value given by the difference in the starting absorption of samples with SPIONs and control samples.
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Experimental values calculated from the absorption of sample solutions were corrected for UV absorption of BAEE blank solution.
Obviously, the absorption of sample B is strongest in the range of 250 to approximately 1,100 nm.
Over the UV vis spectrum, the absorption of sample B is above 90%, even up to 98%.
It is more important that the total reflectance and absorption of sample B at the wavelength of approximately 1,100 nm are approximately 8.649% and 54.32%, respectively, and the results compared to those of sample A are higher.
It has been found that, the absorption of sample-b was slightly low for wavelength range of 350 1,000 nm but absorbance increased to 80%% in the range of 200 350 nm.
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