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Weaver-Bertucci equation

Figure 5.6. Graphical representation of the Weaver-Bertucci equation, illustrating how the molar dye yield, Y, varies as a function of the ratio of the system competition rate, / x, to the coupling (dye-forming) rate R. Four different curves con-esponding to different combinations of two-equivalent and four-equivalent coupling (e ) and competition are illustrated... Figure 5.6. Graphical representation of the Weaver-Bertucci equation, illustrating how the molar dye yield, Y, varies as a function of the ratio of the system competition rate, / x, to the coupling (dye-forming) rate R. Four different curves con-esponding to different combinations of two-equivalent and four-equivalent coupling (e ) and competition are illustrated...
Whether or not increased coupling reactivity results in increased dye yields, according to the Weaver-Bertucci equation, it also depends on how much system competition or QDI loss is prevalent during the development process. The reactivity illustrated... [Pg.94]

See other pages where Weaver-Bertucci equation is mentioned: [Pg.93]    [Pg.93]   
See also in sourсe #XX -- [ Pg.2 , Pg.143 ]

See also in sourсe #XX -- [ Pg.2 , Pg.143 ]



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