... and the thermal profile in the grown tube. crystal growth EFG process process modeling DE-Vol. 104, Electronics Manufacturing Issues ASME 1999 An Integrated Model for Electromagnetic Field and Heat Transfer in a Cylindrical Silicon Tube Growth System A. Roy, Q.-S. Chen, H. Zhang and V. Prasad...

..., BiCGSTAB, SIP solver, are compared. It is evident that the CPU time is reduced dramatically if a fast solver, such as SIP or multigrid method, is used in the multi-block system. grid generation multiblock crystal growth photovoltaics Proceedings of 2001 ASME International Mechanical...

... Abstract Many piezo-electrical crystals such as quartz are grown hydrothermally in highly pressurized cylindrical autoclaves. In hydrothermal crystal growth of quartz, quartz pellets are put in the bottom of an autoclave where the temperature is higher and the quartz dissolves into an aqueous...

... two hot-zone furnace is introduced and the feasibility of using this system to suppress the melt convection, subsequently generating favorable growth conditions has been confirmed from the numerical simulations. Crystal growth Bridgman Compound semiconductors Modeling Solidification...

... 23 05 2008 Numerical modeling becomes an important technique to study hydrothermal crystal growth since experimental measurements in hydrothermal autoclaves are extremely difficult due to the high pressure and high temperature growth conditions. In all existing models for hydrothermal...

... of the enclosure b Thermal expansion coefficient dT Horizontal temperature deviation DT Difference between TL and TH r Density of fluid REFERENCES [1] Byrappa K., 1994, Hydrothermal Growth of Crystals, in Handbook of Crystal Growth, Ed. D.T.J. Hurle, Elsevier Science B.V., North-Holland, pp. 465-562. hydrothermal...