Analysis of Physical Basics and Technical Potential of Laser Ignition of Fuel Mixtures

1Tikhonov, Ye.A, 2Loginov, GS
1Institute of Physics, NAS of Ukraine, Kyiv
2National Aviation University, Institute of Advanced Technologies, Kyiv
Nauka innov. 2007, 3(5):53-71
https://doi.org/10.15407/scin3.05.053
Section: Scientific Basis of Innovation Activity
Language: Russian
Abstract: 
Current state and basics of laser ignition of fuel intermixtures in internal combustion engines as the possible alternative of an existing electrodeless one are viewed. Incentive factors of development of the laser technology are energy conservation, ecology requirements and technical advantages of electrodeless ignition. Technical projects of diode lasers and lasers with diode pumping as probable applicants for this role are cited as examples
Keywords: diode laser, focusing, fuel intermixture, laser ignition, laser plasma, laser pumping, laser technologies, photodissociation of alkanes, photoionization, spherical aberration
References: 
1. L. de Yong, Tam Nguyen, J. Waschl. Laser Ignition of Explosives, Pyrotechnics and Propellants: a Review. Melbourne Victoria, DSTO Aeronaut. and Maritime Research Lab. 1995.
2. Rajzer Ju. P. Fizika gazovogo razrjada. Moskva: Nauka, 1992 [in Russian].
3. Ostrovskaja G. V., Zajdel' A. N. Lazernaja iskra v gazah. UFN. 1973, 111(4): 579-615 [in Russian].
4. Keldysh L. V. Ionizacija v pole sil'noj jelektromagnitnoj volny. ZhJeTF. 1964, 47(5): 1945-1957 [in Russian].
5. Bunkin F. V., Prohorov A. M. Vozbuzhdenie i ionizacija atomov v sil'nom pole zluchenija. ZhJeTF. 1964, 46(3): 1090-1097 [in Russian].
6. Gold A. H., Bеbb H. B. Multyphoton Ionization of Hydrogen and Rare_Gas Atoms Phys. Rev. Rev. 1966, 14(1): 1-24.
7. Voronov G. S., Delone G. A., Delone N. B. Vozmushhenie magnitnogo polja plazmoj lazernoj iskry. ZhJeTF, 51(6): 1660-1664 [in Russian].
8. Delone G. A., Delone N. B. Rol' svjazannyh sostojanij v processe mnogofotonnoj ionizacii. ZhJeTF, 54(4): 1067-1068 [in Russian].
9. Zel'dovich Ja. B., Rajzer P. O lavinnoj ionizacii gaza pod dejstviem svetovogo impul'sa. ZhJeTF, 47(3): 1150-1162 [in Russian].
10. J. R. Wright. Theory of electron breakdown of gas by intense pulse of light. Proc. Phys. Soc. 1964, 84(1): 41-53. 
https://doi.org/10.1088/0370-1328/84/1/307
11. Rjutov D. D. Teorija proboja blagorodnyh gazov na opticheskih chastotah. ZhJeTF, 47(6): 2194-2206 [in Russian].
12. Askar'jan G. A., Rabinovich M. S. Lavinnaja ionizacija sredy pod dejstviem vspyshki intensivnogo sveta. ZhJeTF, 48(4): 290-294 [in Russian].
13. Barypin V. A., Hohlov R. V. K voprosu o mehanizme svetovogo proboja gazov. ZhJeTF, 50(1): 472-473 [in Russian].
14. Afanas'ev V., Belenov Je. M., Krohin O. N. Lavinnaja ionizacija gaza moshhnym ul'trakorotkim impul'som sveta. ZhJeTF, 56(1): 256-263 [in Russian].
15. Afanas'ev V., Belenov Je. M., Krohin O. N., Polujektov I. A. Lavinnaja ionizacija gaza pri opticheskom proboe v shirokom diapazone potokov. ZhJeTF, 57(2): 58-584 [in Russian].
16. Moore J. A., Jones W. D. Alkane. In AccessScience@McGraw_Hill  http://www.accssscience.com, Nov. 22, 2004.
https://doi.org/10.1036/1097_8542.023200
17. Beer J. M. Combustion.  In AccessScience@McGraw-Hill  http://www.accessscience.com, April 10, 2000.
https://doi.org/10.1036/1097_8542.150600
18. Prohorov A. M. Fizicheskaja jenciklopedija. Moskva: SJe, 1988: 515-516 [in Russian].
19. Gercberg G. Jelektronnye spektry i stroenie mnogoatomnyh molekul. Moskva: Mir, 1969 [in Russian].
20. Press Release CRT. Laser Ignition Can Be Used For Combustion Development. http://www.ctr.at/ca-rinthian_tech_research_english/news_presse/pressea ussendungen/20060113laser_generartion2.php? Jan. 1., 2006.
21. Chow W. W., Koch S. W. Semiconductor. Berlin-Haidelberg-New York, Springer Verlag, Laser Fundamentals. 1999. 240 P.
22. Webb C. E., Jones J. D. C. Handbook of laser Technology and Application. Bristol and Philadelphia, Institute of Physics Publishing, 2004. 2575 P.
23. Dale J. D., Smy P. R., Clements R. M. Laser ignited internal combustion engine - an experimental study. Soc. of Automotive Eng. Techn., Paper Series 780329, Cobo Hall, Detroit. 1978: 1-10.
24. Ronney P. D. Laser versus conventional ignition of flames. Optical Engineering. 1994, 33(2): 510-521.
https://doi.org/10.1117/12.152237
25. Ma J. X. Laser Spark Ignition and Combustion Characteristics of Methane_Air Mixtures. Combustion and Flame. 1998, 112: 492-506.
26. Burgess D. S. Nd:YAG Replaces Spark Plug in LeanBurn Engine. Photonics Technology world. November 2002.
27. Kidger M. C. Principles of Lens Design. Proc. SPIE. 1992, CR41-P: 30-53.
28. Welford W. T. Aberrations of Optical Systems. Bristol, IOP Publishing Ltd. 1991: 105-128.