首页> 外国专利> SIOIC FIBER, METAL-DOPED SIOIC FIBER, MICROWAVE ABSORPTION AND HEATING ELEMENT COMPRISING SAME METAL-DOPED SIOIC FIBER, AND MANUFACTURING METHOD THEREFOR

SIOIC FIBER, METAL-DOPED SIOIC FIBER, MICROWAVE ABSORPTION AND HEATING ELEMENT COMPRISING SAME METAL-DOPED SIOIC FIBER, AND MANUFACTURING METHOD THEREFOR

机译:SIOIC纤维,金属掺杂的SIOIC纤维,包含相同金属掺杂的SIOIC纤维的微波吸收和加热元件及其制造方法

摘要

An embodiment of the present invention pertains to a SiOIC fiber comprising 30-50 % by weight of silicon(Si), 5-15 % by weight of oxygen (O), 3-15 % by weight of iodine (I), and 20-50 % by weight of carbon (C), a metal-doped SiOIC fiber comprising 3-30 % by weight of silicon (Si), 3-40 % by weight of oxygen (O), 5-50 % by weight of iodine (I), 5-40 % by weight of carbon (C), and 5-50 % by weight of a metal, a microwave absorption and heating element comprising the same metal-doped SiOIC fiber, and a manufacturing method therefor. According to the present invention, heating efficiency in response to microwaves can be remarkably increased and simultaneously, a remarkable improvement of durability can be brought about in the heating element by preventing or minimizing an oxygen-induced oxidative reaction.
机译:本发明的一个实施方案涉及一种SiOIC纤维,其包含30-50重量%的硅(Si),5-15重量%的氧(O),3-15重量%的碘(I)和20。 -50%重量的碳(C),一种金属掺杂的SiOIC纤维,包含3-30%重量的硅(Si),3-40%重量的氧气(O),5-50%重量的碘(I),5-40重量%的碳(C)和5-50重量%的金属,包括相同的金属掺杂的SiOIC纤维的微波吸收和加热元件及其制造方法。根据本发明,可以显着提高响应微波的加热效率,并且同时,通过防止或最小化氧诱导的氧化反应,可以显着提高加热元件的耐久性。

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