Group 1 - The core material being discussed is T1000-grade carbon fiber, recognized as a "super strong material" essential for strategic industries such as aerospace and defense [1][18] - The Chinese Academy of Sciences' Shanxi Coal Chemical Research Institute has achieved a significant breakthrough in the fully controllable production process of T1000-grade carbon fiber, leading to domestic mass production [1][3] - Each strand of this carbon fiber contains 12,000 filaments, with a diameter less than one-tenth of a human hair, weighing only 0.5 grams per meter, and exhibiting a tensile strength exceeding 6600 MPa, which is 7 to 8 times stronger than steel [5][18] Group 2 - The production process involves a complex chemical reaction at the atomic level, where carbon atoms are woven into a strong network, differentiating T1000 carbon fiber from common materials like graphite [9][11] - The microstructural weaving process creates a robust hexagonal network of graphene layers, which are intricately bonded together, allowing the carbon fiber to distribute force evenly across its atomic structure [13][15] - This "black gold" material is now transitioning from laboratory settings to become a core component in various strategic industries, including aerospace, defense, renewable energy, and high-end equipment [18]
210秒“全”释硬科技·“现实版飞刃”撑起国之重器“硬核”未来↓
Yang Shi Wang·2026-01-15 07:12