- 期刊
攻船飛彈複材鼻錐罩製作技術
Manufacturing techniques of anti-ship missile nose domes
摘要
一、攻船飛彈頻頻展現威力，於歷次國際衝突或戰役中，均有豐碩戰果，為資源不足國家對抗海上霸權的利器。鼻錐罩位於飛彈之最前端，主要功能在於保護內部組件，使飛彈於高速飛行時，其結構能承受氣熱及氣動力負荷，並滿足因振動、衝擊、正向及側面各方向之加速度所產生之各種力量。二、高分子樹脂基複合材料具有優於傳統金屬（如鋁合金、鈦合金、碳鋼等）之比強度及比剛性特性，為製作飛彈鼻錐罩之熱門材料，對於須微波穿透之鼻錐罩，多使用玻纖強化環氧樹脂材料，對無須微波穿透但要求高強度、重量輕之鼻錐罩，常使用碳纖維強化環氧樹脂材料。三、中山科學研究院第五研究所積累四十餘年軍用複合材料研製技術能量，已成功開發一系列攻船飛彈複材鼻錐罩製作技術，可取代國外同級產品，滿足國軍自主性國防戰備任務需求。
並列摘要
1. During many previous international conflicts or wars, anti ship missiles had repeatedly shown their power, they are efficient weapons for financially deficient countries to counteract hegemony on the sea. Located in the front of the missiles, nose domes' main purposes are to protect internal components of the missile during high speed flight and to sustain aerodynamic heating and loading. Vibration, impact, direct and lateral forces, acceleration should be all endured at the same time. Domes locates at the front edge of the missiles; their main purples is to protect internal components of the missiles and sustain aerodynamic heating and loading. Vibration, impact, direct and lateral acceleration, all forces should be endured at the same time. 2. Comparing with conventional metals (aluminum, titanium alloy or steel etc.), polymer base composite materials have higher specific strength and specific stiffness, which are popular materials for missile nose domes. For domes with microwave transparency requirement, glass fiber reinforced epoxy resin are frequently used, otherwise carbon fiber reinforced epoxy resin are commonly used to meet high strength, light weight criteria. 3. The Materials & Electro-Optics Research Division of CSIST has accumulated research and application capability of armament composite materials for more than 40 years. CSIST has successfully developed a series of manufacturing techniques of polymer composite missile nose domes for anti-ship weapon system, which meet the indigenous defense demand.