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首页> 外文期刊>Journal of the British Interplanetary Society >PROJECT ICARUS: MECHANISMS FOR ENHANCING THE STABILITY OF GRAVITATIONALLY LENSED INTERSTELLAR COMMUNICATIONS
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PROJECT ICARUS: MECHANISMS FOR ENHANCING THE STABILITY OF GRAVITATIONALLY LENSED INTERSTELLAR COMMUNICATIONS

机译:项目ICARUS:增强重力感应星际通信稳定性的机制

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As part of the Project Icarus study we are considering novel ways of receiving data from an interstellar probe where conventional communication technologies are challenged by the considerable distances involved. It is theoretically possible for a craft to use the Sun as a gravitational lens to increase receiver gain along the line joining the craft and the center of the Sun out to infinity. This could be used to assist in the reception of signals from a probe at another star. However, it is necessary to hold the receiver craft in line with an extremely high degree of accuracy. We consider various mechanisms for assisting the receiver craft to maintain a tight lock on the signal, including the use of a constellation of assisting satellites, and multiple antennas on the receiving craft. We suggest interstellar precursor missions that would assist the development of these mechanisms. This is a submission of the Project Icarus Study Group.
机译:作为“伊卡洛斯计划”研究的一部分,我们正在考虑从星际探测器接收数据的新颖方法,在这种方法中,传统的通信技术面临相当大的距离挑战。从理论上讲,对于飞船来说,可以将太阳用作重力透镜,以沿着将飞船与太阳中心连接到无限远的直线来增加接收器增益。这可用于协助接收来自另一颗恒星的探测器的信号。但是,有必要使接收器飞行器保持极高的精度。我们考虑了各种辅助接收器的机制,以保持对信号的严格锁定,包括使用一组辅助卫星以及接收器上的多个天线。我们建议进行星际前驱任务,以协助这些机制的发展。这是伊卡洛斯计划研究小组的意见书。

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