Estimation of the Kubelka—Munk scattering coefficient from single particle scattering parameters

The histone deacetylase inhibitor LBH589 inhibits expression of mitotic genes causing G2/M arrest and cell death in head and neck squamous cell carcinoma cell lines

“…Particular concerns include the fact that it does not work well for systems such as dyed paper and the interpretation of the physical meaning of the K‐M coefficients. The theory therefore continues to receive considerable attention in the form of modifications, and several more general approaches to the radiative transfer problem (based on four‐flux and multi‐flux models) have been developed 22–28. Moreover, the exponential rise of available computational resources in the past 40 years has also rekindled an interest in directly relating microstructural properties of individual or groups of particles to the optical behavior of coatings containing those particles.…”

Effect of different fabrics types on the adsorption of air pollution in residential and industrial atmosphere in Cairo-Egypt

“…The yellowness and 0 degrees of the samples were evaluated by Hunter Lab Ultra Scan PRO (USA) [21][22][23][24][25].…”

Multifunctional Smart Nanocolorants for Simultaneous Printing and Antibacterial Finishing of Cotton Fabrics

“…Susceptibility test microorganisms were determined after 24 h by measuring the axial (crude sample piece ax was about 13 mm) zone of inhibition around each sample pieces imbedded on the inoculated agar surface at 30 ⁰C to the nearest mm. [25,26] Colour measurements [22,23,[27][28][29][30][31][32][33] Measurements of the colour strength of the dyed fabrics (expressed as K/S) have been done using the Hunter Lab Ultra-Scan Pro, at the National Research Center, Egypt. K/S value of the fabrics were evaluated by reflectance technique according to the Kubalka-Munk equation [34] given below:…”

“…The bath was thermostatically adjusted to 95 o C. The test was run for 45 minutes at 42 rpm. The samples were then removed, rinsed twice in 100 ml bath of water at 40 o C for one minute with occasional stirring or hand squeezing, souring in 100 ml of 0.014% solution of acetic acid for one minute at 27 o C, rinsing again for one minute in 100 ml water at 27 o C followed by drying [28]. Evaluation of the wash fastness was established using the Gray Scale reference for colour change.…”