Electromagnetic Methods for Influencing the Hydrodynamics and Heat and Mass Transfer During Growth of Large Single Crystals (Review)

Author:

Gel’fgat Yu. M.,Gorbunov L. A.,Sorkin M. Z.

Publisher

Springer US

Reference56 articles.

1. G. Fiegl, “Recent advances and future directions in CZ-silicon crystal growth technology,” Solid State Technol., 26, No.8, 121–131 (1983).

2. Yu. M. Gel???fgat, O. A., Lielausis, and ??. V., Shcherbinin, Liquid Metal under the Influence of Electromagnetic Forces [in Russian], Zinatne, Riga (1976);

3. Express-inform., Tsentr. Nauchno-Issled. Inst. Tsvetn. Met. (1983), Ser. V, No. 16, 16.1; (1982), Ser. V, No. 48, V-48.1; (1981), Ser. V, No. 4, V-4.1, V-10.3; (1980), Ser. V, No. 46, V-46.1.

4. “Growth of silicon cry’stals in a magnetic fjeld,” Byull. Inostr. Nauchno-Tekh. Inform., TASS (1984), No.20 (2161); Chem. Eng., 91, No. 5, 11-12 (1984).

5. C. Cohen, “Magnetic field breeds skylab-like semiconductors,” Electronics, July 3, 83–84 (1983).

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