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Method for making a sealed passage in a refractory composite part with a plastically deformable metal lining which seals passage walls, and application of the production of a refractory composite structure cooled by fluid circulation

机译:在具有密封通道壁的可塑性变形的金属衬里的耐火复合材料部件中形成密封通道的方法,以及通过流体循环冷却的耐火复合材料结构的生产的应用

摘要

A sealed passage is formed in a part of refractory composite material by inserting a tubular metal lining in a hole in the part, brazing material being interposed between the lining and the hole, and by heating to braze the metal lining to the wall of the hole, so that the metal lining defines a sealed passage (38). The metal lining (39) is plastically deformable under the conditions of use of the part such that differential expansion of thermal origin between the refractory composite material and the metal lining can be compensated by plastic deformation of the lining. The method is particularly applicable to providing thermal protection that is cooled by the flow of a cooling fluid, and that is suitable for a deflector in an electromgnetic confinement chamber for a plasma in an installation for controlled thermonuclear fusion, said protection being constituted by a plurality of elements (30) made of refractory composite material and having sealed intel passages (38) connected to pipework (40, 42) for feeding and removing a cooling fluid.
机译:通过在零件的孔中插入管状金属衬里,在衬里和孔之间插入钎料,并通过加热将金属衬钎焊到孔壁上,在耐火复合材料的一部分中形成密封通道。 ,以使金属衬里形成密封通道(38)。金属衬里(39)在使用该零件的条件下是可塑性变形的,使得耐火复合材料和金属衬里之间的热源的差异膨胀可以通过衬里的塑性变形来补偿。该方法特别适用于提供通过冷却流体的流动冷却的热保护,并且该热保护适用于在用于控制热核聚变的设备中的等离子体的电磁封闭室中的偏转器,所述热保护由多个元件(30)由耐火复合材料制成,并具有与管道(40、42)相连的密封的内部通道(38),用于输送和排出冷却液。

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