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37篇 您的检索式:作者名="Turitsyn"
    题名 作者 年代 出处 被引量
1The effect of self-focusing on laser space-debris cleaning显示文摘A ground-based laser system for space-debris cleaning will use powerful laser pulses that can self-focus while propagating through the atmosphere.We demonstrate that for the relevant laser parameters,this self-focusing can noticeably decrease the laser intensity on the target.We show that the detrimental effect can be,to a great extent,compensated for by applying the optimal initial beam defocusing.The effect of laser elevation on the system performance is discussed.Alexander M Rubenchik Michail P Fedoruk Sergei K Turitsyn 2014Light(Science & Applications)2014,3,1:2
2Stability of an optical soliton with Gaussian tails显示文摘Turitsyn S K 1997Physical Review E1997,56,4:1
3Reduced-power optical solitons in fiber lines with short-scale dispersion management显示文摘 Fedoruk M P Gornakova A 1999Opt Lett1999,24,13:1
4Vector Dark Solitons显示文摘Kivshar Y S Turitsyn S K 1993Optics Letters1993,18,3:1
5Performance comparison of 2P, and 3R optical regeneration schemes at 40 Gb/s for application to all-optical networks显示文摘Boscolo S Turitsyn S K Mezentsev V K 2005Lightwave Technology Journal of2005,23,1:1
6Secret key exchange in ultralong lasers by radiofrequency spectrum coding显示文摘We propose a new approach to the generation of an alphabet for secret key exchange relying on small variations in the cavity length of an ultralong fiber laser.This new concept is supported by experimental results showing how the radiofrequency spectrum of the laser can be exploited as a carrier to exchange information.The test bench for our proof of principle is a 50-km-long fiber laser linking two users,Alice and Bob,where each user can randomly add an extra 1-km-long segment of fiber.The choice of laser length is driven by two independent random binary values,which makes such length become itself a random variable.The security of key exchange is ensured whenever the two independent random choices lead to the same laser length and,hence,to the same free spectral range.Alessandro Tonello Alain Barthelemy Katarzyna Krupa Vincent Kermene Agnes Desfarges-Berthelemot Badr Mohamed Shalaby Sonia Boscolo Sergei K Turitsyn Juan Diego Ania-Castanon 2015Light(Science & Applications)2015,4,1:1
7Controlled tripping of overheated lines mitigates power outages显示文摘PFITZNER R TURITSYN K CHERTKOV M 20112011,,:1
8查看详情显示文摘Smirnov S V Ania-Castanon J D Ellingham T J Kobtsev S M Kukarin S Turitsyn S K 0,,:1
9Options for control of reactive power by distributed photovoltaic generators显示文摘Turitsyn K Backhaus S Chertkov M 2011Proceedings of the IEEE2011,99,6:1
10Options for Control of Reactive Power by Distributed Photovohaic Generator显示文摘Turitsyn K Sulc P Backhaus S 2011Proceedings of the IEEE2011,99,6:1
11Sharper criteria for the wave collapse显示文摘Kuznetsov E A Rasmussen J J Rypdal K Turitsyn S K 1995Physica D1995,87,:1
12Stability of an optical soliton with Gaussian tails 显示文摘Turitsyn S K 1997Phys Rev E1997,56,:1
13Random distributed feedback fibre laser 显示文摘Sergei K Turitsyn Sergey A Babin Atalla E EI-Tacher 2010Nature Photonics2010,4,4:1
14Average dynamics of the optical soliton in communication lines with dispersion management:Analytical results显示文摘TURITSYN S ACEVES A JONES C 1998Phys Rev E1998,58,:1
15Random distributed feedback fibre laser显示文摘Turitsyn S K Babin S A E-Tahe A E r 2010Nature Photonics2010,4,4:1
16Dispersion-managed solitons in optical amplifier transmission systems with zero averge dispersion显示文摘Turitsyn S K Shapiro E G 1998Opt Lett1998,23,9:1
17Laser beam self-focusing in the atmosphere显示文摘RUBENCHIK A M FEDORUK M P TURITSYN S K 2009Physical Review Letters2009,102,23:1
18Breathing self-similar dynamics and oscillatory tails of the chirped dispersion-managed soliton显示文摘TURITSYN S K 1998Phys Rev E1998,58,2:1
19Hamiltonian averaging in soliton-bearing systems with a periodically varying dispersion 显示文摘TURITSYN S K ACEVES A B 1999Phys Rev E1999,59,4:1
20Random distributed feedback fibre laser显示文摘TURITSYN S K BABIN S A EL-TAHER A E 2010Nature Photonics2010,4,4:1
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