Abstract

Research Article

High energy lasers and new applications

Victor V Apollonov*

Published: 14 August, 2020 | Volume 3 - Issue 1 | Pages: 124-132

In the beginning of 1973 in the USSR the study of possibility of LJE designing was conducted. The reflector, located in the tail of the rocket prototype, concentrated the obtained radiation in air and ensured micro-burst that the reactive thrust was created. The successful results of different models of the reflectors tests, which were at the same time the laser light receivers, had been obtained. One should note that all experiments pointed out above were conducted with the use of electric discharge CO2- lasers with power up to 10 kW, while for the injection into orbit of different highly and technologically effective equipment (global network connections, Internet, photo-monitoring of Earth surface, debris cleaning) the radiated power substantially higher is required. Thus, for example, for SC launching with the weight 1000 kg the laser with power not less than 15 MW is necessary [1,2].

Read Full Article HTML DOI: 10.29328/journal.ijpra.1001030 Cite this Article Read Full Article PDF

References

  1. VV Apollonov. High power molecular lasers, Springer. 2016.
  2. VV Apollonov. To the space by laser light. Vestnik of RANS 1. 2008.
  3. VV Apollonov. Yu S, Vagin VI Kislov. Conducting channel creation in a non-conductive media. RF Patent № 2009118874. 2009.
  4. VV Apollonov. Yu S, Vagin VI Kislov, Patent РФ № 2175159.
  5. VV Apollonov. High power lasers for “Lightcraft” applications. Proceedings of ISBEP-6. Santa Fe, (NM), USA. 2009.
  6. VV Apollonov, Yu S, Vagin VI Kislov. High-frequency pulse-periodic mode for high-power laser. Proc. Of ISBEP-2, Sendai, Japan. 2003.
  7. VV Apollonov. Vpered k Tciolkovskomu. Moscow. RT Soft. 2010.
  8. VV Apollonov, Sorochenko VR, Yu A Shakir. Experimental investigation of resonance single wire line of energy transfer. Report of GPI RAS. 2009.
  9. VV Apollonov. High power lasers for space debris elimination, HPLS@A-2012, Istanbul, Turkey. 2012.
  10. VV Apollonov, Pletnev NV. Formation of extended conducting channels in atmosphere. QE. 2012; 42:
  11. VV Apollonov, Pletnev NV. Formation of extended Directional Breakdown Channels Produced by a Copper Wire Exploding in the atmosphere. Technical Physics. 2013; 58.
  12. Su HT, Hsu RR, Chen AB, Wang YC, Hsiao WC, et al. Gigantic jets between a thundercloud and the ionosphere. Nature. 2003; 423; 974-976. PubMed: https://pubmed.ncbi.nlm.nih.gov/12827198/

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