1974
DOI: 10.1002/jps.2600630835
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Rapid Evaluation of Effect of Excipients on Color Fading II

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1975
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Cited by 7 publications
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“…This dye has been used as an indicator in the titration ", 0 of antimony(V) with titanium(Ill) [1] and of iron(Ill)with chromium(ll) [2,3] in an atmosphere of carbon dioxide. Studies carried out in solution on the colour-fading of this dye have indicated that the fading is due to oxidation-reduction processes as well as to a dependency on the light intensity [4].Although the photodecomposition of indigocarmine appears to be the main cause of colour instability, the thermal decomposition of this dye in solution has been reported [4][5][6][7]. From the Arrhenius plot of the dye at pH 7.0, a half-life of 234 days at 25 ~ was reported [6].…”
mentioning
confidence: 99%
“…This dye has been used as an indicator in the titration ", 0 of antimony(V) with titanium(Ill) [1] and of iron(Ill)with chromium(ll) [2,3] in an atmosphere of carbon dioxide. Studies carried out in solution on the colour-fading of this dye have indicated that the fading is due to oxidation-reduction processes as well as to a dependency on the light intensity [4].Although the photodecomposition of indigocarmine appears to be the main cause of colour instability, the thermal decomposition of this dye in solution has been reported [4][5][6][7]. From the Arrhenius plot of the dye at pH 7.0, a half-life of 234 days at 25 ~ was reported [6].…”
mentioning
confidence: 99%