An isostatic network is ideal for the formation of this material, whose properties can be predicted with rigidity theory.
A vanishing configurational entropy associated an ideal form of this material was explored by Kauzmann. An isostatic network is ideal for the formation of this material, whose properties can be predicted with rigidity theory. A polymer transitions from a state described by this term to a soft, rubbery material at a transition temperature named for this material. Cooling the surface of this material faster than its interior produces it in a (*) "tempered" form. Adding boron trioxide greatly lowers this material's coefficient of thermal expansion. The process of vitrification transforms a substance into this material, which is most commonly made of silicon dioxide and contains trace amounts of soda lime. For 10 points, name this non-crystalline amorphous solid that is transparent and is used in windows.
A vanishing configurational entropy associated an ideal form of this material was explored by Kauzmann.
glass [accept silicon dioxide before "silicon"] &lt;Garg&gt;