Light & Engineering 30 (4)
Volume 30
Date of publication 08/10/2022
Pages 56–62
Purchase PDF - ₽450
Forcing Power Supply of a Xenon Flash Lamp to Create a High Power Irradiation Facility L&E, Vol.30, No.4, 2022
Articles authors:
Alexander G. Bedrin, Alexander P. Guryev, Valentin M. Gromovenko, Galina A. Sokolova
Alexander G. Bedrin, Ph. D. in Physics and Mathematics. He graduated from St. Petersburg Polytechnic Institute with specialty in engineering electro-physics in 1975. At present, he is a Head of laboratory of JSC NII OEP. His research interest is applied optics
Alexander P. Guryev, Ph. D. in Engineering, Leading Researcher, graduated from St. Petersburg State University in 1977 with specialty in radio-physics. Since 1977, he has been working in Optoelectronic Instrument Engineering Research Institute (Sosnovy Bor, Leningrad region) in the field of applied studies of interaction between highpower non-coherent radiation and substance
Valentin M. Gromovenko, Ph. D. in Technical Sciences. He graduated from M.I. Kalinin Polytechnic Institute with specialty in physical electronics in 1970. At present, he is the Leading researcher of JSC NII OEP. His research interest is the pulsed electric power engineering
Galina A. Sokolova, Leading Engineer, graduated from St. Petersburg Polytechnic University with specialty in Optoelectronic Engineering in 1970. Since 1970, she has been working in Optoelectronic Instrument Engineering Research Institute (Sosnovy Bor, Leningrad region) in the field of research programming and automation
Abstract:
The article describes the technical characteristics of the software-controlled power supply system for generation of second-long light pulses by means of INP‑16/580 xenon flash lamps. The amplitude-time characteristics of luminous emission in a quasi-arc mode of lamp operation are formed by computer control of temporal current pulse shape in case of large energy deposition overloads. Methods of optimisation of light and engineering characteristics were defined accounting for non-linearity of the load of the thyristor unit and ambiguity of the dependence of luminous radiation on discharge current. The data on maximum acceptable operation parameters of pulse lamps with mains supply and natural air cooling and the results of physical modelling of radiation pulses with complex shape are presented.
References:
1. Flash Light Sources [Impulsnyie istochniki sveta] / Eds I.S. Marshak. Moscow: Energiya, 1978. 2. Light Engineering Handbook [Spravochnaya kniga po svetotekhnike] / Edited by J.B. Aizenberg. 3rd Issue, revised and supplemented / Moscow: Znak publishers, 2006. 3. Rokhlin, G.N. Discharge light sources [Razryadnyie istochniki sveta] / Moscow: Energoatomizdat, 1991. 4. Kamrukov, A.S., Kulebyakina, A.I. Xenon Flash Lamps. Technics, Experiment, Calculation: Study Guide [Impulsnyie ksenonovyie lampy. Tekhnika, eksperiment, raschyot: Uchebnoye posobiye] / Moscow: N.E. Bauman MSTU, 2011. 5. Kobzar, A.I., Skvortsov, B.V. Accelerated Durability Tests of Xenon Flash Tube Lamps in Forced Load Conditions [Uskorennyie ispytaniya impulsnykh trubchatykh ksenonovykh lamp na dolgovechnost v forsirovannykh rezhimakh nagruzheniya] // Elektronnaya teckhnika. Elektrovakuumnyie i gazorazryadnyie pribory, 1972, Vol. 9, pp. 18–21. 6. Wasserman, A.L. Xenon Flash Tube Lamps and their Application [Ksenonovyie trubchatyie lampy i ikh primeneniye] / Moscow: Energoatomizdat, 1989. 7. Zeldin, E.A. Flash Gas-Discharge Lamps and Schemes of their Activation [Impulsnyie gazorazryadnyie lampy i skhemy ikh vklyucheniya] / Moscow-Leningrad: Energiya, 1964. 8. Gas-Discharge Lamps for Optical Excitation of Lasers [Gazorazryadniye lampy dlya opticheskoy nakachki lazerov] / Laser Handbook [Spravochnik po lazeram]. Eds A.M. Prokhorov. Moscow: Sovetskoye radio, 1978. Vol. 2. 9. Leonov, G.S. Lamps for Laser Excitation [Lampy nakachki lazerov] // Svetotekhnika, 1997, # 6, pp. 13–15. 10. Kobzar, A.I. Problems of Reliability of Flash Sources for Optical Excitation of Solid Lasers [Problemy nadyozhnosti impulsnykh istochnikov opticheskoy nakachki tverdotelnykh lazerov] // Svetotekhnika, 1998 # 2, pp. 6–9. 11. INP Flash Lamps [Impulsnyie lampy INP] [Electronic source]: https://znt.ru (date of reference: 25.12.21). 12. Production of Lamps | Stella-K. [Lampovoye proizvodstvo | Stella-K] [Electronic source]: https://stella-k.ru (date of reference: 25.12.21). 13. Budnik, V.N., Malashenkov, V.A., Pisulin, V.A., et al. Parametrical Line of Large-Size Excitation Flash Lamps INP‑16 [Prametricheskiy tiporyad krupnogabaritnykh impulsnykh lamp nakachki INP‑16] // Optiko-mekhanicheskaya promyshlennost, 1981, Vol. 10, pp. 60–61. 14. Bakharev, L.V. On the Structure of Light Fields [O strukture svetovykh poley] // Svetotekhnika, 2005, # 3, pp. 40–44.
Keywords
Number of images - 4
Tables and charts - 0
