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Ground-based real-time auto commanding system for ISRO advanced technology vehicles

机译:ISRO先进技术车辆的地面实时自动指挥系统

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摘要

In general, space transportation systems are expendable, resulting in huge launch cost. To meet the future challenge of low-cost access to space, the Indian Space Research Organisation (ISRO) envisaged plans to develop systems that are recoverable and reusable, besides adopting effcient propulsion systems like air-breathing rockets. Advanced Technology Vehicle (ATV) D01 is ISRO's new-generation high-performance sounding rocket vehicle offering a cost-effective test bed for demonstrating air-breathing propulsion. Experiments with scramjet technology testing are carried out at Satish Dhawan Space Centre (SDSC) SHAR, Sriharikota. For this experiment, ATV-D01 is confgured as a two-stage, un-guided, spinning, fn-stabilized vehicle with two protruding passive scramjet engines.
机译:通常,太空运输系统是消耗性的,导致巨大的发射成本。为了应对低成本获取太空的未来挑战,印度太空研究组织(ISRO)计划开发除采用有效的推进系统(如呼吸火箭)之外,还可以回收和再利用的系统。高级技术飞行器(ATV)D01是ISRO的新一代高性能探空火箭飞行器,提供了具有成本效益的试验台,用于演示呼吸推进装置。超燃冲压技术测试的实验是在Sriharikota的Satish Dhawan航天中心(SDSC)SHAR进行的。对于此实验,ATV-D01被配置为具有两个突出的被动式超燃冲压发动机的两阶段,无制导,旋转,fn稳定的车辆。

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