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We study backward second harmonic generation in periodically and aperiodically
poled quasi-phase matched crystals both numerically, and analytically. We apply the shooting
method for our numerical analysis. Due to rapid and efficient numerical technique we were able to
analyze the given frequency conversion process in detail, taking into account various factors: pump
intensity, group velocity mismatch and dispersion, linear phase mismatch and “chirp” of nonlinear
grating. We also derive several approximation solutions for calculating backward harmonic’s
efficiency, applicable at the un-depleted pump approximation.
 

  • Ссылка в интернете
  • DOI
  • Дата создание в систему UzSCI 13-09-2023
  • Количество прочтений 76
  • Дата публикации 11-09-2023
  • Язык статьиIngliz
  • Страницы135-148
English

We study backward second harmonic generation in periodically and aperiodically
poled quasi-phase matched crystals both numerically, and analytically. We apply the shooting
method for our numerical analysis. Due to rapid and efficient numerical technique we were able to
analyze the given frequency conversion process in detail, taking into account various factors: pump
intensity, group velocity mismatch and dispersion, linear phase mismatch and “chirp” of nonlinear
grating. We also derive several approximation solutions for calculating backward harmonic’s
efficiency, applicable at the un-depleted pump approximation.
 

№ Имя автора Должность Наименование организации
1 Sapaev U.K. teacher TSTU
2 Yusupov D.B. teacher TSTU
№ Название ссылки
1 S.G. Grechin., V.G. Dmitriev., A.S. Chirkin. “Quantum Electronics”, 2011. 1061.
2 M. Lauritano., A. Parini., G Bellanca., S Trillo., M Conforti., A Locatelli., C De Angelis. “Journal. Opt. A: Pure Appl”, 2006. 494.
3 C. Conti., S. Trillo., G. Assanto. “Phys. Rev. Lett”, 2000. 2502
4 K. Gallo., P. Baldi., M.De Micheli., D.B. Ostrowsky., G. Assanto. “Opt. Lett”, 2000. 966.
5 A. Busacca., M. Cherchi., S.R. Sanseverino., A.C. Cino., A. Parisi., G. Assanto., M. Cichoki., F. Caccavale., D. Calleyo., A. Morbiato. Fibres and Optical Passive. Proceedings of 2005 IEEE/LEOS workshop on. 117 , 2005. 126.
6 D.B. Yusupov. “Journal of Laser Physics”, Moscow, 2006. 503
7 D.B. Yusupov., A.S. Chirkin. “Physics of wave phenomena”, 2007. 263
8 P.S.J. Russell. “IEEE Journal Quantum Electron”, 1991. 830.
9 M. Conforti., A. Locatelli., C. De Angelis., A. Parini., G. Bellanca., S. Trillo. “Journal Opt. Soc. Am”, 2005. 2178
10 G. D’Alessandro., P.S.J. Russell., A.A. Wheeler. “Phys. Rew”, 1997. 3211.
11 C. Conti., G. Assanto., S. Trillo. “Opt. Lett”, 1999, 1139
12 V.V. Volkov., A.S. Chirkin. “Quantum Electronics”, 1999. 82.
13 U.K. Sapaev., I.A. Kulagin., T. Usmanov. “Quantum Electronics”, 2009. 317.
14 X. Mu., I.B. Zotova., Y.J. Ding., W.P. Risk. “Opt. Commun”, 2000. 153.
15 C. Canalias., V. Pasiskevicius., M. Fokine., F Laurell. “Appl. Phys. Lett”, 2005. 181105.
16 M. Matsumoto., K. Tanaka. “IEEE journal quantum electron”, 1995. 700.
17 Y.J. Ding., J.U. Kang., J.B. Khurgin. “IEEE journal quantum electron”, 1998. 966.
18 M.M. Fejer., G.A. Magel., D.H. Jundt., R.L. Byer., “IEEE journal quantum electron”, 1992. 2631.
19 U. Sapaev., J. Kutzner., K. Finsterbusch. “Optical and quantum electronics”, 2005. 515
20 W. Su., L. Qian., H. Luo., X. Fu., H. Zhu., T. Wang., K. Beckwitt., Y. Chen., F. Wise. “Opt. Soc. Am”, 2006. 51.
21 D. Artigas., D.T. Reid., M.M. Fejer., L. Torner. ”Optics Letters” 2002. 442.
22 M.M. Fejer., G.A. Magel., D.H. Jundt., R.L. Byer. “IEEE journal quantum. Electron”, 1992. 2631.
23 M.A. Arbore., O. Marco., M.M. Fejer. “Opt. Lett”, 1997. 865; (ii) M.A. Arbore., A. Galvanauskas., D. Harter., M. H. Chou., M.M. Fejer. “Opt. Lett”, 1997. 1341; (iii) G. Imeshev., M.A. Arbore., M.M. Fejer., A. Galvanauskas., M. Fermann., D. Harter. “Journal Opt. Soc. Am”, 2000. 304; (iv) G. Imeshev., M.A. Arbore., S. Kasriel., M.M. Fejer. “Journal Opt. Soc. Am”, 2000. 1420.
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