Efficient wave-absorbing ultrathin carbon fiber reinforced composite material and design optimization method thereof

The invention belongs to the technical field of electromagnetic wave-absorbing and electromagnetic shielding materials, and discloses a high-efficiency wave-absorbing ultrathin carbon fiber reinforcedcomposite material and a design optimization method thereof, the high-efficiency wave-absorbing ultrathin carbon fiber reinforced composite material is composed of two layers of carbon fiber reinforced planar structures; in each layer, periodically arranged fiber arrays with fiber axes parallel to each other are embedded into a ceramic matrix, and the ceramic matrix is used for combining fibers together and providing necessary mechanical or chemical properties; two layers of a planar structure are stacked, fibers of different layers are axially oriented in different directions to form a sheetcomposite structure, and the composite structure can be further stacked in parallel to provide a whole laminated structure material. According to the material, a continuous conductive network can beprovided to effectively abs