… Our characterizations of the solar spectral optical properties of 87 predominately single-pigment
paint films with thicknesses ranging from 10 to 37 μ m have identified cool pigments in …

… Prediction of the spectral optical properties by the model does not vary significantly in … data,
is necessary to have a correct description of the optical properties in the absorption domains. …

… A straightforward and useful way to characterize the optical properties of a pigmented
coating is to measure its spectral reflectance and transmittance, then calculate its spectral …

… direct forcing by aerosols are based on spectral optical properties calculated by Mie-Theory. …
which makes a reliable modeling of their optical properties much more difficult. Moreover, …

… Accordingly, we have corrected (E,) in the spectral region below Eo by simply replacing them
… The results for (E2 ) in this spectral range were also modified to compensate for the inability …

… spectral optical properties of a tissue, individual simulations at discrete wavelengths within
the desired spectral … determination of the broadband spectra of tissue optical properties [8]. …

… for measured optical properties of metal … spectra, including a conditional variational
autoencoder that generates images of hypothetical materials with tailored absorption properties. The …

… The optical properties of blood are comparatively well known in the visible spectral range, but
… , we determined the optical properties of whole blood in the near infrared spectral range. A …

… Point (1) is perhaps the most obvious aspect of the optical properties of insulators: they all
tend to be colourless and transparent in the visible spectral region. If they are coloured, this is …

… Abstract Spectral inherent optical properties (IOPs) have been measured … spectral IOP
measurements in Crater Lake. The clarity of Crater Lake provides a challenge to the novel spectral …