12 research outputs found
Improved synthesis of intermetal compounds
Method in crystal growth using liquid encapsulation techniques permits GaAs synthesis of materials from constituent elements whose vapor pressures are high at temperature at which they react spontaneously. Techniques may be useful for synthesis of GaP
Development of techniques for the growth of bulk single crystals of several 3-5 compound semiconductors
Techniques for growth of bulk single crystals by Czochralski metho
Floating zone process for drawing small diameter fibers of refractory materials
New process produces controlled purity, very high strength, single crystal fibers of materials with melting points to 4000 C. Process has been used to make single crystal fibers of highly refractory ceramics such as aluminum oxide, titanium carbide and yttrium oxide