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Direct methods deformulation

Table 3.4 compares the performance of dissolution and various extraction procedures. Chapter 9 addresses in more detail direct methods of deformulation of polymer/additive dissolutions, i.e. without separation... [Pg.149]

Direct Methods of Deformulation of Polymer/Additive Dissolutions... [Pg.691]

As an alternative to wet ehemical routes of analysis, this monograph deals mainly with the direct deformulation of solid polymer/additive compounds. In Chapter 1 in-polymer spectroscopic analysis of additives by means of UV/VIS, FTIR, near-IR, Raman, fluorescence spectroseopy, high-resolution solid-state NMR, ESR, Mossbauer and dielectrie resonance spectroscopy is considered with a wide coverage of experimental data. Chapter 2 deals mainly with thermal extraction (as opposed to solvent extraction) of additives and volatiles from polymerie material by means of (hyphenated) thermal analysis, pyrolysis and thermal desorption techniques. Use and applieations of various laser-based techniques (ablation, spectroscopy, desorption/ionisation and pyrolysis) to polymer/additive analysis are described in Chapter 3 and are critically evaluated. Chapter 4 gives particular emphasis to the determination of additives on polymeric surfaces. The classical methods of... [Pg.819]

See other pages where Direct methods deformulation is mentioned: [Pg.24]    [Pg.589]    [Pg.691]    [Pg.819]    [Pg.819]   
See also in sourсe #XX -- [ Pg.691 , Pg.692 , Pg.693 , Pg.694 , Pg.695 , Pg.696 , Pg.697 , Pg.698 , Pg.699 , Pg.700 , Pg.701 , Pg.702 , Pg.703 , Pg.704 , Pg.705 , Pg.706 , Pg.707 , Pg.708 , Pg.709 ]



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