Sentence examples for bleaching of the dye from inspiring English sources

In both cases, the photo-reductive bleaching of the dye to LMB, is very rapid, typically <2 min.

With 10 and 20%% loadings, the bleaching of the dye is obtained after 60 and 65 min.

From Fig. 2, we can conclude, there is an increase in photocatalytic activity, resulting in 100%% bleaching of the dye after 40 min in the presence of 30%% loadings.

The data corrected for bleaching of the dye is shown in Fig. 3E.

This can be due to the facts that the surface of the lens does not fit completely with the given radius from the catalogue (the accuracy is given in the catalogue), that the slit is not placed exactly on the center of the lens or from an inhomogeneous bleaching of the dye.

Data were corrected for background fluorescence, bleaching of the dye and movement during the measurement (Sachse and Galizia, 2002, 2003).

A full comparison with the enzymatic bleaching of the dyes was also performed.

Table 6 Enzymatic bleaching of the dyes Dye LC LC + H2O2 HRP LiP Mn3+ ARS + ++ +/− +/− + PNS - - - +/− - XO + + + - + MB - +/− +/− +/− - MG + + ++ +/− ++ MO + +/− + +/− + In the conditions tested, ligninolytic enzymes present a narrower substrate specificity towards the dyes included in this study than IPS/MnTSPP.

The present work has investigated the cationic metalloporphyrins [Mn(T4MPyP ]Ac5 (MnP1) and [Mn(Br8T3MPyP ]Cl5 (MnP2) immobilized on two inorganic supports, namely magnetite coated with silica obtained by the hydrolytic sol-gel process (S-Mag) and nanotubes of raw halloysite clay mineral (Hallo), as catalysts in the bleaching reaction of the dye Brilliant Green by hydrogen peroxide (30%).

The bleaching of the organic dye solutions over PbMoO4 photocatalyst was quickly reached for rhB, IC, and OG with half-life times (t1/2) shorter than 7 min.

Because these non-ratiometric measurements were affected by bleaching of the indicator dye (Fig. 3B), the data was corrected by subtracting the bleaching contribution estimated by the slope difference (a0) from first and last exposures to control saline, quantifying the effect of tested compounds as: [ a1−a0)/(a2−a0) ×100].