Optimization miscellaneous methods

The scope of this chapter is to give the reader some insight into the theoretical background of optimization methods for TLC. To achieve these goals the most important experimental optimization techniques used in TLC are discussed thoroughly, and some miscellaneous methods are mentioned and elucidated briefly. 

Optimization, 81-99 general methods of, 81-92 mixture design statistical technique, 88-91 multifactor optimization system, 91-92 the PRISMA method, 86-88 simplex optimization, 83-86,87 window diagrams, 81-83 miscellaneous methods of, 92-97 stepwise gradient optimization, 95-96 two-dimension optimization, 92-95,96 unknown component optimization, 97 of the mobile phase, 23-25 Organochlorine (OC) insecticides color reactions of, 805... 

One of the fields of polymer science for which FT-IR imaging has proved of extraordinary importance in terms of scientific and practical aspects is the analysis of phase separation in polymer blends. Blending of different polymers is a Ifequently used technique in industrial polymer production to optimize the material projrerties. As pointed out in Chapter 5.01, the mechanical properties of PHB can be enhanced by blending with FLA. For the preparation of the optimum blend, it has to be taken into account that the miscibility of different polymers depends on their concentration, the temperature, and their stmaural characteristics. Polymer blends of PHB and PLA have previously been analyzed with miscellaneous methods by several other researchers and in what follows the application of transmission FT-IR imaging will be demonstrated as an alternative approach toward a better tmderstanding of their chemical and physical properties. 

Selected Applications of Electroseparation Methods for Miscellaneous Endocrine Disrupters Preconcentration Procedure and Pharmaceuticals Optimal in Environmental Samples and Detection ... 

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