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Synthesis of Glitter

Identification of phases produced in such synthetic programs would principally include the use of difi actometry and spectroscopy. From the details of the electronic band stmcture of glitter reported herein, it should be possible to assign n-n electronic transitions through the analysis of [Pg.24]

The 15-year SAFE project [Balzer 85] at the Information Sciences Institute of the University of Southern California aimed at transformational synthesis from specifications written in the GIST language. Some of the used transformation rules are explained by [London and Feather 82]. Ways of mechanizing the application of transformation rules are embodied by the GLITTER sub-system of [Fickas 85]. [Pg.22]

See other pages where Synthesis of Glitter is mentioned: [Pg.24] [Pg.37] [Pg.38] [Pg.39] [Pg.41] [Pg.43] [Pg.45] [Pg.47] [Pg.49] [Pg.51] [Pg.53] [Pg.55] [Pg.333] [Pg.24] [Pg.37] [Pg.38] [Pg.39] [Pg.41] [Pg.43] [Pg.45] [Pg.47] [Pg.49] [Pg.51] [Pg.53] [Pg.55] [Pg.333] [Pg.24] [Pg.20] [Pg.24] [Pg.25] [Pg.416] [Pg.259] [Pg.1]

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Glitter