Miscellaneous Silicon Polymers

Thermal stability studies have also been conducted on polyalkyl silylenes [10] and silicon rubbers [11]. 

Degradation of Polyorganosiloxanes, Nauka, Leningrad, Russia, 1982. [In Russian] 

Pavlova, I.V. Zhuroleva and Y.I. Tolchinskii, Thermal Analysis of Organic and High Molecular Weight Compounds, Khimya, Moscow, Russia, 1983. [In Russian] 

Kim and Y. Chujo, Journal of Polymer Science, Part A Polymer Chemistry Edition, 2003, 41,1306. 

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Silicone polymers, differing in the extent to which they contain polar functional groups, have become one popular class of liquid phases. They are discussed as a group, followed by all the other miscellaneous types, including those with special selectivities. Finally, some recommendations are given for the selection of a minimum number of stationary phases. 

Substances that have been used in this context include glass fiber (occasionally glass beads), carbon fiber, carbon nanotubes, carbon black, graphite, fuUerenes, graphite chemically modified clays and montmorillonites, silica, and mineral alumina. Other additions have been included in polymer formulations, including calcium carbonate, barium sulfate, and various miscellaneous agents, such as aluminum metal, oak husks, cocoa shells, basalt fiber, silicone, rubbery elastomers, and polyamide powders. The effects of such additions of polymer properties are discussed next. 

Ed. Geistlich S6hne AG Polyurethane 274 Miscellaneous 364 GE Silicones, Silicone 308-11 BF Goodrich, Phenolic 243 - 5 Grace Speciality Polymers Epoxy 193-8 Imide 239... 

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