By A. Whitaker (auth.), A. T. Peters, H. S. Freeman (eds.)
More than one and a part a long time have handed because the final booklet was once released describing advancements within the analytical chemistry of man-made colorants. within the intervening interval, the scope and technical services of instrumentation for analysing dyes and pigments has considerably multiplied. it truly is now attainable to swiftly unravel a couple of difficulties whose strategies have been formerly both impossible or very tough to accomplish. for example, the unambiguous project of all of the signs within the proton NMR spectrum of a trisazo direct dye, and the affirmation of the molecular weight of involatile, and, particularly, sulphonated dyes, with out derivatisation, at the moment are regimen analytical options in lots of laboratories this day. furthermore, it truly is now attainable to checklist the NMR spectrum of a dye molecule on under 1 mg of fabric, and we're not restricted to resolution spectra, considering strong samples can now be generally analysed in NMR experiments. when now not trying to be all encompassing, this quantity is meant to bridge the distance among what used to be lined within the previous paintings edited by means of Professor Venkataraman and the advancements that have considering ensued in a few key parts. It offers vital updates in X-ray crystallography, proton NMR, IR spectroscopy and mass spectrometry, and also covers themes akin to ESR, micro spectrophotometry and emission spectroscopy.
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Additional resources for Analytical Chemistry of Synthetic Colorants
Chern. USSR, 62 (I), 201; English translation of Zh. Prik!. Khirn. (Leningrad) 62 (1), 215 (1989). K. Tokubo, F. Suzuki and M. 249; Chern Abs. 101, 74297c. K. Tokubo, F. Suzuki. M. Tanaka. M. Nakono. Y. Fujiyamaand T. Mitsui (1984) FA TlPEC Congress. 17. 327. X. Chen. P. Zhuang and S. Ren (1990) Huadong Huagong Xueyuan Xuebao (f. East China Inst. Chern. ). 16 (4). 434; (1991) Chern. Abstr .. 115, 10900a. L. von Rambach, E. Daubach and B. Honigmann (BASF AG), (1974) DE 2,249,739. F. Wolf, U. -W.
Chern. ). 16 (4). 434; (1991) Chern. Abstr .. 115, 10900a. L. von Rambach, E. Daubach and B. Honigmann (BASF AG), (1974) DE 2,249,739. F. Wolf, U. -W. Modrow (Martin-Luther Universitat Halle-Wittenberg)(1986) DD 236,544. I. -A. Dragomir, S. Saidac and E. 912. H. Hett, K. Walser and 1. 363,376. w. Barker and M. Edmonson (lCI) (1979) GB 1,543,316. 1. Schulze, R. Homle and W. Kruckenberg (Bayer AG) (1977) DE 2,621,434. Nippon Kayaku Co Ltd, (1985) IP 60-15460: (1985) Chern. , 102, 22214p. 1. Schulze and R.
69800) has been reported [PO F 36-1885]11; comparison with previous reported patterns indicates that this is the a phase of Warwicker 206 or ala phase of Honigmann212. l. l. l. 69825) which agrees with the ala phase ofHonigmann 212 . It is this pattern that is in the PDF [PDF 36-1886] although Honigmann's pattern 212 is more extensive. l. l. l. 70600) has been reported [PDF 36-1881 ]11. It agrees with the one reported by Warwicker206 . l. l. 71107) [PDF 36-1879]11. 1. Acid Blue 324 is dimorphic213 , the forms being called 'old' and 'new'.
Analytical Chemistry of Synthetic Colorants by A. Whitaker (auth.), A. T. Peters, H. S. Freeman (eds.)