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Fabrication of rf transparent ceramic composite structures by composition fractionation
The present invention is a method suggesting grading of CMC (Ceramic Matrix Composite) structures as a function of dielectric constant by varying the Solid Load (SL) ratio of each composite layer. The slurry is applied by impregnation into the ceramic fabrics or by coating on the ceramic fibers. The final structure is prepared by stacking prepregs or weaving ceramic fibers having a specific SL ratio, drying, and firing. This method not only ensures thermomechanical and chemical compatibility between the layers, but also results in excellent broadband performance relative to the sandwich structures.
本发明是一种建议通过改变各复合材料层的固体负载(SL)比率使CMC(陶瓷基质复合材料)结构作为介电常数的函数而分级的方法。浆料是通过浸渍到这些陶瓷织物中或通过涂覆在陶瓷纤维上来施加的。通过堆叠预浸料或织造具有特定SL比率的陶瓷纤维，干燥和烧制来制备最终结构。这种方法不仅确保了这些层之间的热机械和化学相容性，而且相对于这些夹层结构产生了优异的宽带性能。
Fabrication of rf transparent ceramic composite structures by composition fractionation
The present invention is a method suggesting grading of CMC (Ceramic Matrix Composite) structures as a function of dielectric constant by varying the Solid Load (SL) ratio of each composite layer. The slurry is applied by impregnation into the ceramic fabrics or by coating on the ceramic fibers. The final structure is prepared by stacking prepregs or weaving ceramic fibers having a specific SL ratio, drying, and firing. This method not only ensures thermomechanical and chemical compatibility between the layers, but also results in excellent broadband performance relative to the sandwich structures.
本发明是一种建议通过改变各复合材料层的固体负载(SL)比率使CMC(陶瓷基质复合材料)结构作为介电常数的函数而分级的方法。浆料是通过浸渍到这些陶瓷织物中或通过涂覆在陶瓷纤维上来施加的。通过堆叠预浸料或织造具有特定SL比率的陶瓷纤维，干燥和烧制来制备最终结构。这种方法不仅确保了这些层之间的热机械和化学相容性，而且相对于这些夹层结构产生了优异的宽带性能。
Fabrication of rf transparent ceramic composite structures by composition fractionation
通过组合物分级制造RF透明陶瓷复合材料结构
BIROL HANSU (author) / HANEDAN HAND (author) / AKPOSTANCI MUSTAFA FATIH (author) / DAKILIC AKIN (author) / BAYLE OZGUR (author) / INAL MEHMET ERIM (author) / SAGINA SABINE (author)
2023-08-01
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
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