"úÁÐÉÓËÉ ÎÁÕÞÎÙÈ ÓÅÍÉÎÁÒÏ× ðïíé"

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• âÕÄÙÌÉÎ á. í., ëÏÐÔÅÌÏ× ñ. à., ìÅ×ÉÎ ó. â. îÅËÏÔÏÒÙÅ ÁÓÐÅËÔÙ ÚÁÄÁÞÉ ÒÁÓÓÅÑÎÉÑ ÄÌÑ ÓÉÓÔÅÍÙ ÔÒÅÈ ÚÁÒÑÖÅÎÎÙÈ ÞÁÓÔÉà ....... 65 áÎÎÏÔÁÃÉÑ ðÏÌÎÙÊ ÔÅËÓÔ(.pdf)
• ÷Á×ÉÌÏ× ó. á., ìÙÔÁÅ× í. ó. íÏÄÅÌØÎÏÅ ÕÒÁ×ÎÅÎÉÅ ÒÁÓÓÅÑÎÉÑ ÜÌÅËÔÒÏÍÁÇÎÉÔÎÙÈ ×ÏÌÎ ÎÁ ÔÏÎËÉÈ ÄÉÜÌÅËÔÒÉËÁÈ ....... 95 áÎÎÏÔÁÃÉÑ ðÏÌÎÙÊ ÔÅËÓÔ(.pdf)
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• ëÉÒÐÉÞÎÉËÏ×Á á. ó., ëÉÒÐÉÞÎÉËÏ×Á î. ñ. íÅÔÏÄ ÐÁÒÁÂÏÌÉÞÅÓËÏÇÏ ÕÒÁ×ÎÅÎÉÑ ìÅÏÎÔÏ×ÉÞÁ--æÏËÁ ÎÁ ÕÄÌÉÎÅÎÎÏÍ ÔÅÌÅ ×ÒÁÝÅÎÉÑ × ÚÁÄÁÞÅ îÅÊÍÁÎÁ ....... 148 áÎÎÏÔÁÃÉÑ ðÏÌÎÙÊ ÔÅËÓÔ(.pdf)
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• ìÑÌÉÎÏ× í. á., ðÏÌÑÎÓËÁÑ ó. ÷. ÷ÏÌÎÏ×ÏÅ ÐÏÌÅ ×ÂÌÉÚÉ ÕÚËÏÇÏ ×ÙÐÕËÌÏÇÏ ÉÍÐÅÄÁÎÓÏÇÏ ËÏÎÕÓÁ ÐÏÌÎÏÓÔØÀ ÏÓ×ÅÝÅÎÎÏÇÏ ÐÌÏÓËÏÊ ÐÁÄÁÀÝÅÊ ×ÏÌÎÏÊ ....... 195 áÎÎÏÔÁÃÉÑ ðÏÌÎÙÊ ÔÅËÓÔ(.pdf)
• íÉÈÁÊÌÏ× á. ó., íÉÈÁÊÌÏ× ÷. ó. ï ÏÂÒÁÔÎÏÊ ÄÉÎÁÍÉÞÅÓËÏÊ ÚÁÄÁÞÅ ÄÌÑ ×ÏÌÎÏ×ÏÇÏ ÕÒÁ×ÎÅÎÉÑ Ó ÐÏÔÅÎÃÉÁÌÏÍ ÎÁ ×ÅÝÅÓÔ×ÅÎÎÏÊ ÏÓÉ ....... 212 áÎÎÏÔÁÃÉÑ ðÏÌÎÙÊ ÔÅËÓÔ(.pdf)
• ðÏÐÏ× í. í., óÅÍÞÅÎÏË î. í. áÍÐÌÉÔÕÄÙ ÒÁÓÓÅÑÎÉÑ × ÏËÒÅÓÔÎÏÓÔÉ ÐÒÅÄÅÌØÎÙÈ ÌÕÞÅÊ × ËÏÒÏÔËÏ×ÏÌÎÏ×ÏÊ ÄÉÆÒÁËÃÉÉ ÎÁ ×ÙÔÑÎÕÔÙÈ ÔÅÌÁÈ ×ÒÁÝÅÎÉÑ ....... 232 áÎÎÏÔÁÃÉÑ ðÏÌÎÙÊ ÔÅËÓÔ(.pdf)
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• æÅÄÏÔÏ× á. á. ï ÍÉÎÉÍÁÌØÎÙÈ ÃÅÌÙÈ ÒÅÛÅÎÉÑÈ ÏÄÎÏÍÅÒÎÏÇÏ ÒÁÚÎÏÓÔÎÏÇÏ ÕÒÁ×ÎÅÎÉÑ ûÒÅÄÉÎÇÅÒÁ Ó ÐÏÔÅÎÃÉÁÌÏÍ $v(z)=e^{-2\pi iz}$ ....... 279 áÎÎÏÔÁÃÉÑ ðÏÌÎÙÊ ÔÅËÓÔ(.pdf)
• òÅÆÅÒÁÔÙ .......298 (.pdf)

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Contents
• Babich V. M. The localization principle and high-frequency asymptotics of an interference head wave ....... 7
• Baybulov I. V., Budylin A. M., Levin C. B. Few one-dimensional quantum particles scattering problem. The structure and asymptotics of the resolvent kernel limit values ....... 14
• Belishev M. I. Local boundary controllability in classes of differentiable functions for the wave equation ....... 52
• Budylin A. M., Koptelov Ya. U., Levin S. B. Some aspects of the scattering problem for the system of three charged particles ....... 65
• Vavilov S. A., Lytaev M. S. Modelling equation of electromagnetic scattering on thin dielectric structures ....... 95
• Gorodnitskiy E. A., Perel M. V. Justification of the wavelet-based integral representation of a solution of the wave equation ....... 107
• Kabardov M. M., Plamenevskiy B. A., Sarafanov O. V., Sharkova N. M. Comparison of asymptotic and numerical approaches to the study of the resonant tunneling in a two-dimensional symmetric quantum waveguide of variable cross-section ....... 124
• Karazeeva N. A. The weak solutions of Hopf type to 2D Maxwell flows with infinite number of relaxation times ....... 140
• Kirpichnikova A. S., Kirpichnikova N. Ya. Leontovich--Fock parabolic equation method in the Neumann diffracion problem on a prolate body of revolution ....... 148
• Kozlov V. A., Nazarov S. A. Model of saccular aneurysm of the bifurcation node of the artery ....... 174
• Lyalinov M. A., Polianskaya S. V. Wave field near a narrow convex impedance cone completely illuminated by a plane incident wave ....... 195
• Mikhaylov A. S., Mikhaylov V. S. On an inverse dynamic problem for the wave equation with a potential on a real line ....... 212
• Popov M. M., Semtchenok N. M. Scattering amplitudes in a neighborhood of the limit rays in shortwave diffraction problems of a plane wave by elongated bodies of revolution ....... 232
• Popov M. M., Semtchenok N. M. On the computations of scattering amplitudes in the problems of diffraction by elongated bodies of revolution ....... 254
• Sarafanov O. V. Asymptotics of the resonant tunneling of high-energy electrons in two-dimensional quantum waveguides of variable cross-section ....... 260
• Fedotov A. A. On minimal entire solutions of the one-dimensional difference Schr\"odinger equation with the potential¿ $v(z)=e^{-2\pi iz}$ ....... 279
• Reviews .......298

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• Paging 304 pp.

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