Supra dyes

Procion dyes Procion H Procion H dyes Procion HE Procion H-E dyes Procion MX Procion MX dyes Procion P dyes Procion reactive dyes Procion Red H-E 7B Procion SP Procion supra dyes Procion T PROCOmi Proconvertin [9001-25-6] Proctitis... 

Sumifix Supra dyes SUMKAEXCEL Sumisdex Sumitomo C KS500 Summability equation Sumycin Sun... 

The marked differences in substantivity between the various forms of monofunctional vinylsulphone dyes (section 7.3.8) recur to a moderated extent in the Sumifix Supra dyes because of the influence of the substantive triazine ring. The scarlet chromogen (7.77) linked via a chlorotriazine unit to the three variants of the vinylsulphone grouping showed similar trends (Table 7.4) to those already seen for those of Cl Reactive Red 22 tested under the same conditions (Table 7.3). The rate of secondary exhaustion will be easier to control in this instance because of the lower difference in substantivity between the precursor and the vinylsulphone form [37]. 

Procion supra dyes - pYES, APPLICATION AND EVALUATION] (Vol 8)... 

Considerable research has been done in many industrial countries, especially in Japan and in the former U.S.S.R., on the radiation treatment of waste water and other liquid wastes (see Pikaev and Shubin, 1984 Sakumoto and Miyata, 1984). Apart from disinfection or sterilization, the processes involve the radiation treatment of polluted water, the radiation-induced decomposition of dyes, phenols, cyanides, and so forth, (vide supra). At the basis of purification of aqueous waste... 

In this chapter, we describe the design and important properties of supra-molecularly organized dye molecules in the channels of hexagonal nanocrystals. We focus on zeolite L as a host. The principles, however, hold for other materials as well. As an example, we mention ZSM-12 for which some preliminary results have been reported [55], We have developed different methods for preparing well-defined dye-zeolite materials, working for cationic dyes, neutral dyes, and combinations of them [3, 22, 25, 52], The formula and trivial names of some dyes that so far have been inserted in zeolite L are reported in Section II.C. The properties of natural and commercially available zeolites can be influenced dramatically by impurities formed by transition metals, chloride, aluminiumoxide, and others. This fact is not always sufficiently taken care of. In this chapter, we only report results on chemically pure zeolites, the synthesis of which is described in [53]. 

An example of a yellow sulfur dye is Immedial Supra Yellow GWL which may be prepared by thionation of a mixture of benzidine and dehydrothio-p-toluidine. Zerweek and coworkers suggested the structure consists of four dyes but a more recent degradative study indicates that the major component is (26) (62CCC1533). 

Dibenzotriazocine 213 is useful as a dye for wool, polyesters, or polyacrylonitriles (64USP3133086). The syntheses of 218 (vide supra) and other nitramines were investigated in order to gain insight into the chemistry of nitramine explosives (49JCS1631,49JCS1638) (see Section V, A, 1). 

Fig. 8.4 Encapsulation of anionic dye mole- printboard (schematic only 23 of the 64 ter-cules (green) by the dendrimer bound supra- minal adamantyl groups are shown and the molecularly to the surface of the molecular branches are symbolised)...

J. Marek, D. Markova, Uber Schwefelfarbstoffe I, Zur Konstitution des lichtechten gelben Schwefelfarbstoffs Immedial-Lichtgelb GWL [On Sulfur Dyes, I, On the Constitution of the Lightfast Yellow Sulfur Dye Immedial Supra Yellow GWL], Collect. Czech. Chem. Commun. 27, 1533-1548 (1962). 

In PAH solubilization tests with soil, batch-test soil-aqueous samples with nonionic surfactant and 14C-PAH were rotated on a tube rotator periodically to maintain the soil in suspension during equilibration. The samples were centrifuged, and aliquots were expressed through preconditioned 0.22- xm Teflon filters to reduce soil-derived colloidal substances. The extent of PAH solubilization in nonionic surfactant solution without soil was assessed in batch tests as a function of surfactant dose to confirm the value of PAH aqueous solubility (S) and to determine the values of Scmc and MSR. Nonionic surfactant sorption onto soil was evaluated for sub-CMC (or sub-CAC) aqueous-phase concentrations by surface-tension measurements. Supra-CMC sorption of nonionic surfactant to determine or supra-CAC isotherm was assessed either with azo dye solubilization and spectrophotometric analysis, or by measurement of chemical oxygen demand, from which the amount of surfactant in bulk solution could be inferred (10). 

A. C. Bhasikuttan, J. Mohanty, W. M. Nau, H. Pal, Efficient fluorescence enhancement and cooperative binding of an organic dye in a supra-bimolecular host-protein assembly, Angew. Chem. Int. Ed, 2007, 46, 4120-4122. 

Other Names Fluorescein, 2, 4, 5, 7 -tetraiodo-, disodium salt 1427 Red 1671 Red 2, 4, 5, 7 -Tetraiodofluorescein disodium salt 2,4,5,7-Tetraiodofluorescein disodium salt Acid Red 51 Aizen Erythrosine Aizen Food Red 3 C.l. 45430 C.I. Acid Red 51 C.l. Food Red 14 Calco-cid Erythrosine N Canacert Erythrosine BS Ceplac Cilefa Pink B D and C Red No. 3 D C Red No. 3 Dolkwal Erythrosine E 127 Edicol Supra Erythrosin AS Edicol Supra Erythrosine A Erythrosin Erythrosin B Erythrosin B sodium salt Erythrosin BS Erythrosine Erythrosine 3B Erythrosine B-EO Erythrosine BS Erythrosine Bluish Erythrosine Extra Erythrosine Extra Cone. A Export Erythrosine Extra Pure A Erythrosine I Erythrosine K-EO Erythrosine TB Erythrosine TB Extra Erythrosine extra bluish FD and C Red 3 FD and C Red No. 3 FD C Red No. 3 FDC Red 3 FDC Red 3 dye Food Color Red 3 Food Dye Red 3 Food Red 14 Food Red 3 Food Red No. 3 Hexacert Red No. 3 Hexacol Erythrosine BS Japan Red 3 Japan Red No. 3 Maple Erythrosine New Pink Bluish Geigy Red 1799 S 887 Synerid Tetraiodofluorescein sodium salt Usacert Red No. 3... 

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