The Synthesis of a Silicalcyanide and of a Felspar . tin as clean a condition as possible, and was found to contain silicon,aluminium, and much sodium. It is probably a solid solution of IsTaSisAlin sodium. The lowest section of the tube contained more of the grey alloyand a little free silicon. This alloy is the nearest in the way of an unoxidisedalbite nucleus that I have as yet been able to obtain. It is evidently possible that somewhat similar relations may be traceablebetween alumino-silicides of other types and other classes of alumino-silicates. Much of the work recorded in this paper w
The Synthesis of a Silicalcyanide and of a Felspar . tin as clean a condition as possible, and was found to contain silicon,aluminium, and much sodium. It is probably a solid solution of IsTaSisAlin sodium. The lowest section of the tube contained more of the grey alloyand a little free silicon. This alloy is the nearest in the way of an unoxidisedalbite nucleus that I have as yet been able to obtain. It is evidently possible that somewhat similar relations may be traceablebetween alumino-silicides of other types and other classes of alumino-silicates. Much of the work recorded in this paper was carried out in the Davy-Faraday Laboratory, and my grateful acknowledgments are due for thefacilities afforded by that institution. * Some chemists, including Deville and Vigouroux, were unable to secure the combi-nation of silicon with sodium or potassium under any conditions ; but Moissan, in 1904,easily effected superficial combination by passing the vapour of sodium over silicon athigh temperatures. Reynolds. Roy. Soc. Proc9 A, vol 88, PL
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