A mathematical model and a technique for evaluating the technological process parameters to obtain superthin prepregs by flattening carbon tows impregnated with an epoxy binder have been developed. It is recommended to simultaneously roll 25-50 carbon tows containing 400-600 monofilaments by rolls 50-100 mm in diameter, which is conceptually and technically consistent with possibilities of the existing equipment. The preferred viscosity range of the binder within which superthin prepregs with a thickness of 1-10 monofilament diameters are obtained has been identified. The results found significantly expand the design and technological potentialities of creating superthin skins made of carbon-fiber-reinforced plastics in comparison with the existing ones

已经开发了数学模型和技术，该技术模型和技术用于通过将浸渍有环氧粘合剂的碳丝束弄平来评估工艺参数以获得超薄预浸料。建议同时通过直径50-100 mm的辊同时卷绕包含400-600条单丝的25-50根碳纤维束，这在概念和技术上与现有设备的可能性保持一致。已经确定了粘合剂的优选粘度范围，在该粘度范围内可获得厚度为1-10个单丝直径的超薄预浸料。结果发现，与现有的相比，用碳纤维增强塑料制成的超薄表皮极大地扩展了设计和技术潜力。