[1] Kantrowitz A R. Propulsion to orbit by ground based lasers[J]. Astronautics and Aeronautics, 10, 74-76(1972).

[2] Myrabo L. World record flights of beam-riding rocket lightcraft-Demonstration of" disruptive" propulsion technology[C], 3798(2001).

[3] Yu H, Li H, Wang Y et al. Brief review on pulse laser propulsion[J]. Optics & Laser Technology, 100, 57-74(2018).

[4] Kamei T, Niwa R, Ishikawa K et al. Feasibility study of laser propulsion system for launch demonstration and generation of laser sustained plasma as heat source[C](2020).

[5] Förster D J, Faas S, Weber R et al. Thrust enhancement and propellant conservation for laser propulsion using ultra-short double pulses[J]. Applied Surface Science, 510, 145391(2020).

[6] Yu H, Li H, Wu X et al. Dynamic testing of nanosecond laser pulse induced plasma shock wave propulsion for microsphere[J]. Applied Physics A, 126, 1-8(2020).

[8] Pigulevski I. Laser propulsion market-creating innovation[J]. New Space, 4, 123-128(2016).

[9] Pigulevski I. Optimizing access to space： ground-to-orbit logistics framework （GOLF）[J]. New Space, 5, 99-107(2017).

[10] Pigulevski I. Imperative of adopting a new access-to-space paradigm and the role of the laser ablation propulsion launch system （LAPLaS）[J]. Optical Engineering, 58(2018).

[11] Bohn W L, Schall W O. Laser propulsion activities in Germany[C]. Huntsville, 664, 79-94(2003).