Process methodologies

Correlation cf graphite properties with processing methodology... 

An attempt has been made to bring out any variations there may be in processing methodology that would produce a different chemical pattern in the final beverage. 

The retrosynlhetic process. Methodologies for the design of organic synthesis. The synthesis tree... 

Excessive water in samples should be removed if possible, but there are processing methodologies to remove the effects of water contamination on the chemometric models used for predictions. Water appears in a specific area of the spectrum and can be digitally removed from the spectrum during the processing stages. 

Existing Problems with Homogeneous Catalysts. - The use of homogeneous catalysts involved in biodiesel synthesis currently presents separation and catalyst recovery issues. For instance, process methodologies using homogeneous... 

Development of solid dosage forms, more specifically tablets, involves three alternate processing methodologies—wet granulation, dry granulation, and direct compression (DC) (1). All these processes share the following common problems ... 

Replacement of equipment with that of similar, but not identical, design and operating principle that does not affect the process methodology or process operating parameters. 

Several examples have been reported recently of solution-processed multilayer electroluminescence devices incorporating semiconductor nanocrystals as the active recombination centers (16-18, 164). Recently, attention has also turned to hybrid electroluminescent devices involving transition metal-doped nanocrystals (104, 165-167). Although many challenges remain, including more specific exploitation of the dopants in many cases, the devices demonstrated to date represent a new direction in application of doped semiconductor nanocrystals made possible by the compatibility of these luminescent nanocrystals with solution processing methodologies. 

As previously pointed out, the 33S NMR signal is often difficult to detect. Acquiring 33S spectra with an acceptable S/N may require from a few minutes to several days, depending on the symmetry of the sulphur electronic environment and molecular size. Therefore, a suitable choice of acquisition parameters and other experimental conditions (e.g. solvent and concentration in liquid phase, density in gas phase, temperature and so on) is particularly important. In addition, signal-processing methodologies can be critical for extracting all the information contained in a FID, especially when the S/N is not satisfactory. 

A refinery is a complex processing methodology involving a massive network of vessels,... 

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