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Large size space ship frame for deep space mission created on Earth orbit by direct curing of composite material in free space environment

机译:通过在自由空间环境中直接固化综合材料在地球轨道上产生的大尺寸空间船框架

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The size and mass of modern space constructions (space station, moon space ship) sent to the Earth orbit are limited by capacity of a launch vehicle. A multiple block technology with docking is used to achieve required size and volume. A new approach enabling large-size constructions in space relies on the use of the technology of a curing of fiber-filled composites impregnated with a liquid polymer matrix applied in free space. The technology has been demonstrated based on the experimental and theoretical investigations on the curing process in high vacuum, space plasma and temperature variations indicate that the curing process can be realized in Earth orbit. The curing process is sensitive to conditions of free space environment and to composition of polymer matrix. The selected compositions provide a bubble-free polymer matrix with crosslinking effect under the space irradiations. The results of laboratory experiments and stratospheric flight experiments are used for a new concept of multiplanetary space ship created on Earth orbit after one launch.
机译:发送到地球轨道的现代空间建筑(空间站,月球船)的大小和质量受到发动车辆的容量的限制。具有对接的多个块技术用于实现所需的大小和体积。一种新的方法,使空间中的大尺寸结构依赖于使用浸渍有液体聚合物基质的纤维填充复合材料的固化技术的使用。该技术基于在高真空中的固化过程上的实验和理论研究证明了该技术,空间等离子体和温度变化表明固化过程可以在地球轨道中实现。固化过程对自由空间环境和聚合物基质的组成敏感。所选择的组合物提供了一种无泡的聚合物基质,在空间照射下具有交联效应。实验室实验和平流层飞行实验的结果用于在一次发布后在地球轨道上创造的多平面空间船的新概念。

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