Laser power beaming infrastructure for space power and propulsion

机译：用于空间电源和推进的激光功率辐射基础设施

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Laser power beaming permits radical improvements in spacecraft performance, and may be superior to nuclear power for some missions, including a lunar base. Recent developments in laser and large-optics technology make a laser power beaming infrastructure for space both more practical and easier to develop. In particular, Diode Pumped Alkali Laser (DPAL) technology appears ideally suited to power beaming at the 0.1 - 1 MW level. This paper discusses a possible architecture for such a power beaming infrastructure using ground-based lasers and geosynchronous relays

机译：激光功率辐射允许广泛的航天器性能改进，并且可能优于一些特派团的核电，包括月球基地。激光和大型光学技术的最新进程使激光功率辐射基础设施用于空间，都更加实用，更易于开发。特别地，二极管泵浦碱激光（DPAL）技术出现在0.1-1 MW水平下的功率发光。本文讨论了使用基于基于地基激光和地球同步继电器的这种功率辐射基础设施的可能架构

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《Conference on Sensors for Propulsion Measurement Applications》|2006年||共11页
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Jordin T. Kare; SPIE-The International Society for Optical Engineering;
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中图分类 V441.7;
关键词
space power beaming; laser propulsion; lunar base; DPAL;

机译：空间功率横梁;激光推进;月球基础;DPAL;

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专利

1. Power beaming providing a space power infrastructure [J] . Bamberger J.A., Coomes E.P. IEEE Aerospace and Electronic Systems Magazine . 1992,第11期

机译：功率束提供了空间功率基础设施
2. Supersonic plasma beams with controlled speed generated by the alternative low power hybrid ion engine (ALPHIE) for space propulsion [J] . Conde L., Domenech-Garret J. L., Donoso J. M., Physics of plasmas . 2017,第12期

机译：具有受控速度的超音速等离子体光束由替代低功率混合离子发动机（Alphie）产生的空间推进速度产生
3. Advanced space power and propulsion based on lasers [J] . Roth M., Logan B. G. The European physical journal: Special topics . 2015,第13期

机译：基于激光的先进空间动力和推进
4. Laser power beaming infrastructure for space power and propulsion [C] . Jordin T. Kare Sensors for Propulsion Measurement Applications . 2006

机译：用于空间功率和推进力的激光功率发射基础设施
5. Radioisotope fueled pulsed power generation system for propulsion and electrical power for deep space missions [D] . Howe, Troy 2015

机译：放射性同位素燃料脉冲发电系统，用于深空飞行任务的推进和电力
6. Non-Uniformly Powered and Spaced Corporate Feeding Power Divider for High-Gain Beam with Low SLL in Millimeter-Wave Antenna Array [O] . Md Nazim Uddin, Sangjo Choi 2020

机译：用于高增益光束的非均匀动力和间隔的企业馈送功率分配器具有低SLL的毫米波天线阵列
7. Supersonic plasma beams with controlled speed generated by the alternative low power hybrid ion engine (ALPHIE) for space propulsion [O] . L. Conde, J. L. Domenech-Garret, J. M. Donoso, 2017

机译：具有受控速度的超音速等离子体光束由替代低功率混合离子发动机（Alphie）产生的空间推进速度产生
8. Laser Propulsion Support Program: An Assessment of Available High Energy Laser Technologies for NASA Propulsion and Power Beaming Applications. [R] . 1980

机译：激光推进支持计划：对Nasa推进和电力传输应用的可用高能激光技术的评估。

Laser power beaming infrastructure for space power and propulsion

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