CN103373478A - 太空激光微波炮天宫卫星 - Google Patents
太空激光微波炮天宫卫星 Download PDFInfo
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- 229920000049 Carbon (fiber) Polymers 0.000 claims abstract description 11
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Abstract
本发明涉及一种太空激光微波炮天宫卫星，包括：卫星；在所述的卫星的前端和两侧分别安置第一激光炮、第二激光炮以及第三激光炮；在所述的卫星的前端还安置一微波武器；在所述的卫星的尾部置一液态气体罐；所述液态气体罐与一纳米碳纤维布相连；在所述的纳米碳纤维布上置有碳纤维气管；所述的碳纤维气管与液态气体罐相连通；在所述的纳米碳纤维布上覆盖一层太阳能接收膜；在所述的纳米碳纤维布的一侧置有对日器、地平线寻找仪以及星体跟踪器；本发明的有益效果是：激光武器使敌方的太空设施得以摧毁，而微波武器可使敌方的空中设施乱了阵脚，用以占领太空战的制高点，克敌制胜。
Description
太空激光微波炮天宫卫星
技术领域
[0001] 本发明涉及一种卫星，尤其涉及该卫星的结构。
背景技术
[0002] 未来的高科技战争将首先在太空展开。
[0003] 如何将卫星和激光武器与微波武器组合起来是技术人员要考虑的。
发明内容
[0004] 本发明需要解决的技术问题是提供了一种太空激光微波炮天宫卫星，旨在解决上述的问题。
[0005] 为了解决上述技术问题，本发明是通过以下技术方案实现的:
[0006] 本发明包括:卫星；在所述的卫星的前端和两侧分别安置第一激光炮、第二激光炮以及第三激光炮；在所述的卫星的前端还安置一微波武器；在所述的卫星的尾部置一液态气体罐；所述液态气体罐与一纳米碳纤维布相连；在所述的纳米碳纤维布上置有碳纤维气管；所述的碳纤维气管与液态气体罐相连通；在所述的纳米碳纤维布上覆盖一层太阳能接收膜；在所述的纳米碳纤维布的一侧置有对日器、地平线寻找仪以及星体跟踪器。
[0007] 与现有技术相比，本发明的有益效果是:激光武器使敌方的太空设施得以摧毁，而微波武器可使敌方的空中设施乱了阵脚，用以占领太空战的制高点，克敌制胜。
附图说明
[0008] 图1是本发明的结构示意图。
具体实施方式
[0009] 下面结合附图与具体实施方式对本发明作进一步详细描述:
[0010] 由图1可见:本发明包括:卫星I ;在所述的卫星I的前端和两侧分别安置第一激光炮11、第二激光炮12以及第三激光炮13 ;在所述的卫星I的前端还安置一微波武器(图中未示)；在所述的卫星I的尾部置一液态气体罐2 ;所述液态气体罐2与一纳米碳纤维布3相连；在所述的纳米碳纤维布3上置有碳纤维气管31 ;所述的碳纤维气管31与液态气体罐3相连通；在所述的纳米碳纤维布3上覆盖一层太阳能接收膜；在所述的纳米碳纤维布的一侧置有对日器、地平线寻找仪以及星体跟踪器32。
[0011] 本发明中激光炮安置在天宫卫星的正前方与卫星的上下二侧，所谓上下两侧，上侧指向太空，下侧指向地球，这些激光炮可360°机动发射，使激光炮形成上下左右360°全覆盖，而设置的微波武器将对四周邻近的敌方太空设施产生攻击效应。而激光武器与微波武器的技术当前已较成熟，制作不成问题。
[0012] 在卫星上装有多组感应设施，卫星内置有电脑芯片，可程控天宫卫星上的种种设施的活动。天宫卫星内置有大容量的储电器，以供给激光炮微波仪器，感应设施，电脑主机等设备的用电所需。
[0013] 本发明的关键技术是要保证有源源不断的强大电能供应，一要自备，二要不断地自动产生强大的电能，这是太空激光微波炮天宫卫星的技术关键。
[0014] 为此在天宫卫星接近尾部的卫星上置一液态气体罐，液态气体罐与一薄型纳米碳纤维布相连，碳纤维布上置有碳纤维气管，碳纤维气管与液态气体罐相连通。在薄型纳米碳纤维布上粘合上太阳能接收膜，在纳米碳纤维布的一侧置有对日器与地平线寻找仪，星体跟踪器。
[0015] 天宫卫星进入太空后，电热能使液态气体罐的液化气气化，气体迅速将碳纤维气管充膨胀，膨胀的气体管将粘合上太阳能接收膜的薄型碳纤维布张开。
[0016] 圆平面碳纤维布形成150米直径的圆平面，这个圆平面在对日器，地平线寻找仪与星体跟踪仪的调控下将太阳能膜对准日光，150m直径的圆平面太阳能接收膜将产生相强大的电能，保证天宫卫星激光微波炮等仪器设施的电能需要。任何在天宫卫星激光炮能瞄准到的敌方太空设施将受到彻底的摧毁，而强大的微波能使敌方的太空设施失控或为我方所用。
Claims (1)
1.一种太空激光微波炮天宫卫星，包括:卫星；其特征在于:在所述的卫星的前端和两侧分别安置第一激光炮、第二激光炮以及第三激光炮；在所述的卫星的前端还安置一微波武器；在所述的卫星的尾部置一液态气体罐；所述液态气体罐与一纳米碳纤维布相连；在所述的纳米碳纤维布上置有碳纤维气管；所述的碳纤维气管与液态气体罐相连通；在所述的纳米碳纤维布上覆盖一层太阳能接收膜；在所述的纳米碳纤维布的一侧置有对日器、地平线寻找仪以及星体跟踪器。
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