FACILITY FOR GROWING MONO-CRYSTALS OF HIGH-MELTING OXIDES Russian patent published in 2009 - IPC C30B11/00 

Abstract RU 2344205 C2

FIELD: metallurgy, crystal growing.

SUBSTANCE: invention refers to facilities for growing mono-crystals of high melting oxides and can be implemented, for example, for growing mono-crystals of sapphire or garnet. The facility for growing mono-crystals of high melting oxides contains a growth chamber connected with a loading section, between which a container travels; also the facility contains a heating system installed inside the growth chamber in form of upper and lower sections and a system of heat screens. The facility is designed in form of two separate working blocks - a crystallization block and a receiving block, mechanically joined between them; the growth chamber of the crystallisation block is made in form of a horizontally located cylinder with two end folding covers opening access to the heating system and to the system of heat screens; the loading section in form of an oval shape pipe with an end cover is connected to the side surface of the growth chamber; the lower section of the heating system has a shape of a box, while the upper section is made flat; outputs of the heating sections go off in contrary directions; opposite the loading section from the opposite side of the growth chamber there is made an interfacing flange used for connection with the flange of the receiving block; the receiving block is assembled on a separate support and contains a receiving section with a mechanism of container transfer, it also contains a device facilitating a turn and a linear transfer of the receiving section against the interfacing flange of the growth chamber of the crystallisation block; guiding rollers are assembled inside the growth chamber of the crystallisation block facilitating container transfer.

EFFECT: designing simple and reliable in operation facility for growing mono-crystals of high melting oxides.

9 cl, 4 dwg

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RU 2 344 205 C2

Authors

Kanevskij Vladimir Mikhajlovich

Raevskij Vladimir Leonidovich

Sytin Vladimir Nikolaevich

Semenov Vladimir Borisovich

Dates

2009-01-20Published

2005-07-21Filed