Laser-driven vehicles – from inner-space to outer-space
Laser-driven vehicles – from inner-space to outer-space
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DOI：
10.1007/s00339-003-2125-5
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发表时间：
2003-07
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通讯作者：
T. Yabe;C. Phipps;K. Aoki;M. Yamaguchi;Ryou Nakagawa;Choijil Baasandash;Y. Ogata;M. Shiho;Gen Inoue;M. Onda;K. Horioka;I. Kajiwara;K. Yoshida
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文献类型：
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作者：
T. Yabe;C. Phipps;K. Aoki;M. Yamaguchi;Ryou Nakagawa;Choijil Baasandash;Y. Ogata;M. Shiho;Gen Inoue;M. Onda;K. Horioka;I. Kajiwara;K. Yoshida
研究了水覆盖烧蚀层激光辅助推进微型飞行器的实验。重复使用的覆盖结构的实验证明了一个专门设计的供水。各种透明覆盖层的CIP为基础的流体动力学代码，并通过实验，使用钟摆和使用半导体测压元件进行了研究。通过水靶实验获得了104 N s/MJ的动量耦合效率，与模拟程序预测的105 N s/MJ的最大效率一致。激光支持推进的概念也可以用于在平流层中驾驶马赫数为5的飞机，人体内的微型船，以及在核电反应堆事故中的机器人，在此期间，大量的中子使电子设备变得无用。
Laser-supported propulsion of a micro-airplane with a water-covered ablator is demonstrated. The repetitive use of an overlay structure is experimentally demonstrated with a specially designed water supply. Various transparent overlays are investigated by the CIP-based hydrodynamic code and by experiments using a pendulum and using a semi-conductor load cell. A momentum-coupling efficiency of ∼104N s/MJ is achieved by water–exotic-target experiments, in agreement with the simulation code, which predicts a maximum efficiency of ∼105N s/MJ. The concept of laser-supported propulsion can also be used for driving a Mach 5 airplane in the stratosphere, a micro-ship inside the human body, and a robot in a nuclear power reactor accident, during which large numbers of neutrons make electronic devices useless.