Master Data parameter table

The master "data dictionary" table, which describes all the objects in the database, as well as some parameters that are specific to the database (exact match criteria, version of the database, etc.). This is sometimes referred to as "metadata" or "data about data."... 

Our most ambitious project is the generation of a multisubstitution parameter table. All meta and para combinations of Master Data would total about 100, 000, 000 and be highly populated with synthetically inaccessible examples. Such a data base would be too costly to store and impractical to run. Even very narrow ranges would have printouts with thousands of examples most of which are useless. In order to restrict the data base to synthetically possible combinations we will generate the data in a novel way. One of the sub-tables of Master Data is called Comsub Data and contains 50 common groups. Comsub Data will be used in conjunction with Master Data to generate the additive Multi Data table with the following restrictions. 

All data objects contain an identification key and structured information. Materials and resources can be defined by relatively simple property tables. Master recipes require more complex structures to describe which resources have to be used at which time interval by which operation and with which operation parameters, and which materials are needed or produced at which point in time and in which quantity. 

A master list of solubility parameters for 166 resins and polymers is shown in Table 5.1. These values were derived from solubility studies, polymer swelling studies and estimated using the group contribution theory. This list is also contained in the spreadsheet data files discussed in Chapter 19. These values can be used to calculate the solvent-polymer radius of interaction values using Equation 5.1. 

Table C2 Parameters of the filled polymer systems covered in the data analyzed for master rheograms of filled polymers in Figures 6.32-6.39 Source Ch. 6 Refs [50] and [149]) ...

Table B6 Parameters of the Filled Polymer Systems Covered in the Data Analyzed for Master Rheograms of Filled Polymers...

The fitting parameters, x, n. A, a, P, and Tr, were determined using the least-square-error method (Table 1). The viscosity data nicely fit on a master curve of t]/tio vs. TjoY, as shown in Fig. 4 [16]. 

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