УДК 082 ББК 94.3 М34 М34 УДК 082 ББК 94.3

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2 Материалы региональной научно-практической конференции студентов, аспирантов и молодых учёных Школы естественных наук ДВФУ, Владивосток, 15 апреля 15 мая 2013 г. УДК 082 ББК 94.3 М34 М34 Материалы региональной научно-практической конференции студентов, аспирантов и молодых учёных Школы естественных наук ДВФУ, Владивосток, 15 апреля 15 мая 2013 г. [Электронный ресурс]. Электрон. дан. Владивосток : Издательский дом Дальневосточного федерального университета, Режим доступа: Загл. с экрана. ISBN В сборнике опубликованы научно-исследовательские работы студентов, аспирантов и молодых ученых, представленные в рамках региональной научно-практической конференции студентов, аспирантов и молодых учёных Школы естественных наук ДВФУ, проходившей в Дальневосточном федеральном университете с 15 по 30 апреля 2013 года. Работы молодых исследователей охватывают научные направления, развивающиеся в высших учебных заведениях Дальневосточного федерального округа России. УДК 082 ББК 94.3 Дальневосточный федеральный ISBN университет, 2013

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140 -,,, β01γ. 2. 5β6γγ.5-β ;. 01.1β.β /..,... //, 1 (β5), β.- :, /..,..,.. // :, β β /.. //.,....:, β009. β7β. 6. Dodis Y. Fuzzy Extractors / Y. Dodis, L. Reyzin, A. Smith // Proceedings from Advances in Cryptology EuroCrypt, pp Katz J. Digital Signatures / J. Katz // Springer, p ,....,.,,..,.,,.,.,,,,,.,, -.,.,.,,.,,,,,,,. 140

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143 -,,, β01γ.. (,,, ).,. 3. SCAP,. SCAP,., β β R. Montesino, S. Fenz: Automation Possibilities in Information Security Management. / Raydel Montesino, Stefan Fenz. EISIC 2011: p The Security Content Automation Protocol (SCAP) [ ]. : ( ). 143

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146 -,,, β01γ.... (1),..,, , β009, 1β Norberg R. Ruin problems with assets and liabilities of diffusion type. Stochastic process. Appl., 1999, vol.81, no.2, pp (P,1)-,..-..,,..,,. -,.,,.,,. -,,.. : -., (1.1), (1.β)., [1].., 146

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149 -,,, β01γ. Ai i I S- A ( I S i i )., S- S A S, S Sa, a A. S, S Sa S-. a S- S Sa, t sa ta. s a 1 a a S- S Sa 1 S a., S S. S L (S). F a a F a L (S), S a,.. T T S, Sa T., F a L (S). 1. S. S- S A, : 1) A = S i a A ( i I) I i, еiе γ; 2) F i I ; 3) Sa S i a i F a i F a j i, j I, i j. 1. S. S- S A, : 1) S A = i I, еiе γ; 2) L( S S ai ) - S Sa i I ; 3) L ( S S a ) L ( S S ) i a - S S j a S i a i i, j I, i j. Sa S i 2. S. S-, : 1) A S A ( i I ), еiе 2; S a S = i a i S A 2) F a, Iе 2; i 3) F a i F a j i, j I, i j. 2. S. S- S A, : 1) S A = i I S Sa i, еiе 2; 2) L( S S ai ) - S Sa i I ; 3) L ( S S a ) L ( S S ) i a - S S j a S i a i i, j I, i j. 149

150 -,,, β01γ. 1...,.. //

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156 -,,, β01γ. 1. Cummer S.A., Popa B.I., Schurig D. et al. // Phys. Rev. Letters V P ,.. //.. β , ,.. //.... β01β.. 15, β. C //, β01γ,. 449, 6, Alekseev G.V. Cloacking via impedance boundary condition for 2-D Helmholtz equattion // Appl. Anal V. 93, N ,.. //.... β , 1.. γ ,..,.. //. β01β C ,.,....:.., ββ // β ,.. ( ).. -. β00γ. -,..-..,,.. Д1Ж: r f ( r, ) ( r) f ( r, ) ( r) P( r, ') f ( r, ') d' J ( r, '), r ( r1, r2, r3 ) G, G, 3 { R : 1}. f ( r, ) r, J ( r, ), ( r), s ( r), P ( r, ' ). f, f ( r d( r, ), ), ) h( r d( r, ), ), ), d ( r, ) r G ( )., s 156

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158 -,,, β01γ.,.. G. f ( r, ). (), s. M. Intel Core i7 (3.4 GHz), 8Mb RAM., ( ). ms, Df ms, Rmsb, msb, Dfmsb, Rmsb, s, Dfs, Rs, -.,.,, : 2 2 f ( r, ) 1 r, a inf ( ( r) s ( r)), rg a J ( r, ) 2( r) a ( 1 r ), h( r, ) 2, r 1, ( r) 0. a 10- G 1. : ( r) 4 ( r) 2, ( r) 2 ( r) 1. s a 6 N 10. s 1 M ms Df ms R ms msb Df msb R msb s ,.,. (r) G. M, ( ).,,., 10- β. Df s R s 158

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161 -,,, β01γ. 1 () 2, 1 (()) 2 (2) (1), (β). 0 (β), (1)., Д0, δж (β) 0, : β. > 0 1 () 2, 1 (())

162 -,,, β01γ Modern technology, machines and materials for winter road maintenance: Materials International. Scientific-tech. Conference-In.: Main features of the maintenance of winter roads. Belarussian-Russian University, c.( in Russian) 2. δк ЫШЮЭО ОЭ Х СТЯОЫ. JШЮЫЧООЬ НО T UЧТШЧ ЫШЮЭТОЫО К NОПЭК (TЮЧТЬТО), β1-22 Nov // Rev. Gen. des Routes Elsenar P. Current views in Europe on improving methods of dealing with snow and ice. In.: Wrestling with snow and ice for transport. Moscow: Transport, Feltl D., Schuetler R. Snow removal service levels: defining results // Public Works , 11. p FREEFEM,..-..,,..,,, Д1-γЖ.,. Д4Ж,. Д5-7Ж.. 162

163 -,,, β01γ.. (),,,. 3 R : 3 (i) R,, e i 1 2, : 1, 2 e, const e const, p, p i, p e,. i., p, s p. p. e i, e inc p. inc p, s p. p inc s e p p 2 pi k pi 0 i, div( 1 pe p pe, ( p) n n e e p i e : p) k p f, pe k pe 0 e, 1 pi e, p pi, ( p) n i, n i, p (1) (2) s p ( x) s 1 ikp (x) o( r ) r x. (3) r k, f, (γ) 3 R, n,. B R R R,., (1) (γ) p s, p i, p e B R, (1), (β) e s p R, : s p s Tp R n. (1), (β), (4). V H 1 ( B R ), S 1, S V. H ( B R ) S. inc 1 a ( P, S) F ( S) f, S f Sdx S X, (5) a( P, S) ( p S k pi S) dx (( p) S k0 ps) dx ( pe S k0 pe S) dx i F ( S) i T( P) Sd, f inc, S 0 1 f Sdx, f inc, S R Tp inc e Sd (5) (1), (β), (4). R p n inc (4) Sd. R 163

164 -,,, β01γ. ().,.. FЫООFОЦ++ --,...,.,, ДγЖ. ( ). 1. S.A. Cummer, D. Schurig One path to acoustic cloaking // New J. Phys V. 9. P Cummer S.A., Popa B.I., Schurig D. et al. Scattering theory derivation of a 3D acoustic cloaking shell// Phys. Rev. Letters V P ,.. //.... β01β.. 15, β. C ,.. //.. β , G. V. Alekseev(2013): Cloaking via impedance boundary condition for the 2-D Helmholtz equation //Applicable Analysis: An international Journal, DOI / ,..,.. //, β01β,. 447, 1, //freefem.org NVIDIA CUDA,,,,..-..,,,.. CPU GPU. N IDIA CUDA,. ( )

165 -,,, β01γ. γ659 (4γ8γ),. : 4γ-.,.,,., ( )., «-»..,,..,,. Д1, β, γ, 4Ж.,..,., Д5, 6, 9Ж Д7Ж. Д9Ж, () x i Deij p 1 p p ij ij ( ik ik zik ) ekj eik ( kj kj zkj ), Dt 2 Dpij Dn p p p ij dnij ij pik kj ik pkj, riknkj nikrkj, (1) Dt d ij e ij p ij 1 2 e ik e kj Dt e 1 ui 1 ij v i, j v j, i, v i vmui, m, rij wij zij ( eij, ij ), w ij v i, j v j, i, 2 t 2 (1) u i, v i p () () ; e ij ij d ij ; ik p kj dt p ik e kj e D / Dt ; p ij p ij, zij z ji r ij, [9Ж, w ij. (1) ( p ij 0) p ij. ik p km e mj, 165

166 -,,, β01γ. «-»,,, W ij p1 ij kj ekj, pij 0. (2) e (β) p 1, W, 2 3 W a J 1 aj 2 bj 1 J 1J 2 J 1..., 1 1 (3) J 1 ekk eskeks, J 2 estets eskekt ets eskekt etnens 2 4 a,, b,,.,, f 0 ij..,,,.,, Д7].., (1),. (β) ( ) (γ)., p ij V, ij V ik 3 1, ii (4) 2 3 n ( ) B, ( 1/ 2 1 ) ( 2 ) ( 3 ) B n, 1, 2, 3. () «-»,., r r0 r R, : u 0. (5) r R r R, : r 1 cos ( r, t)), u r sin ( r, t), ( r, t) (1 ), (6) u r ( 0 0 t u r u 0, r R, (7) ( r, t). : 1 1 d g 2, d g rr r, g r. (8) 2 2 r 166

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168 -,,, β01γ...-..,,....,, (.,, Д1 4Ж).,,. (. Д5Ж),..,. [6, 7]. 3 R : 3 (i) R i, e, : i e., e, const e const, p p e. i., p, s p. p e i e e inc p. inc p, s p e e. p p inc s e p p e : 2 2 p k p f, pe k p e 0 e, (1) 1 p 1 pe 1 p p pe, e, g i, (2) n n n e s p ( x) s 1 ikp (x) o( r ) r x. r (3) 168

169 -,,, β01γ. k, (x), f, (γ) 3 R, g i,,. B R R R,. (1) (γ) B R, (1), (β) e s p : s p s Tp. R (4) n (1), (β), (4). V H 1 ( B R ) S, V S V. S. inc 1 a ( P, S) F ( S) f, S f Sdx S X, (5) a( P, S) ( p S k pi S) dx (( p) S k0ps) dx ( pe S k0 pe S) dx i i 0 T( P) Sd, e R inc inc 1 inc inc p F ( S) f, S f Sdx, f, S Tp Sd Sd. R R n (5).. (),.,,.,,. FreeFem++ [9]. ( ), , III S.A. Cummer, D. Schurig One path to acoustic cloaking // New J. Phys V. 9. P Cummer S.A., Popa B.I., Schurig D. et al. Scattering theory derivation of a 3D acoustic cloaking shell// Phys. Rev. Letters V P //. β γ1,. γ ,.. //.... β01β.. 15, β. C ,.. //.. β ,

170 -,,, β01γ. 6. Alekseev G.V. Cloaking via impedance boundary condition for the 2-D Helmholtz equation // Applicable Analysis V. 9γ, 5. P //. β01γ.. 449, 6. C //. β004.. γ95, γ. C //freefem.org,..-..,, [1]. β007.,. ( ),. (. 1),, - p, F,.. 1.,,.,, 170

171 -,,, β01γ.,,.,, Current Hole..,,,. FreeFem++ ДβЖ. FreeFem FreeFem++ home page 3...,..,,. 4. V.D. Shafranov. Plasma equilibrium in a magnetic eld. Reviews of Plasma Physics 5...,...,. I-. //......,..-..,,.. Д1Ж,,. [2 4Ж,,. Д5Ж..,.,.,,,,,,.,,.,., 171

172 -,,, β01γ..,,.,. Д6Ж. Д7Ж. Д8Ж,Д9Ж..,,, (1) (2),, (3),,, (, ),,.,,., (β) H- [10 12]., ( ) (),, (1) (γ)., :, (4),,,.,,,. (1) (γ),,.,.. ( ). 172

173 -,,, β01γ. 1. Pendry J.B., Shurig D. and Smith D.R. Controlling Electromagnetic Fields// Science V P Chen H., Wi B. I., Zhang B., Kong J.A. Electromagnetic wave interactions with a metamaterial cloak // Phys. Rev. Lett V Cummer S.A., Popa B.I., Schurig D. et al. Scattering theory derivation of a 3D acoustic cloaking shell // Phys. Rev. Letters V P ,.. //.... β , \No~2, C.~ ,.. // 6... β010..з180, \Noз5..з //. β01β..з44β, \NШз1..з Alekseev G.V. Cloaking via impedance boundary condition for 2-D Helmholtz equation // Appl. Anal V. 93, N ,.. //.... β , \Noз1..зγ ,..,.. //. β01β.. 447, No 1. C ,., : ββ // зβ..з , Conna M.C. ( )... β00γ.,,,...,..... ( ),.,,,,. : 1) (GPS, ); 2) ( );,,, 173

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180 -,,, β01γ. Dpij Dn p p p ij dnij ij pik kj ik pkj, riknkj nikrkj, (1) Dt Dt dt 1 ui ij v i, j vj, i, v i vmui, m, 2 t 1 rij wij zij( eij, ij), w ij v i, j v j, i, 2 1 dij eij pij eikekj eik pkj pikekj eik pkmemj. 2 (1) u i, v i ; e ij p () () ij d ij ; D/ Dt ; p ij p ij, zij zji r ij, [2], w ij. (1) ( p ij 0) p ij.,, W ij p ij kj 2d kj, pij 0, d ik (2) W ij p1 ij kj ekj, pij 0. e ik (β) p, p1, W, 2 3 W a J aj bj J J J..., 1 2 Lk, pij 0 J k, L1 d kk, L2 dikd ki, (3) I k, pij I1 ekk eskeks, I 2 estets eskekt ets eskekt etnens 2 4 a,, b,,., f, 0..,,,.,, [3]. D ij ij 1 2qij 2 2 ij, (4) Dt ij 180

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188 -,,, β01γ. 6. : //. β β //. β007.. γ ,......,.., [1]. (). (,,,.),. 1.,,,.., - (.1).. 1.,., 90.,,..,,.,. -,.,. 188

189 -,,, β01γ. [3].,.,..,,.,,.,.,,.. β. 1.. β.,., // ,..-..,..,. (.,, [1]),.. 189

190 -,,, β01γ...,,,,. 2 R. [2,3], u : 2 e R \ C, : 2 u k u 0 u u inc s u, inc u, e (1) u ik u 0 n (2) s u s lim r ( iku ) 0 r. r (3) s u, k,, 2 (3) R. (1) (γ),. B R R R,. e e BR ( ), ( ), ( ), 1/ 2 2 ( ), 1/ s H L Q L H H ( ), L ( ), H ( ) * 1,, * Q, *, * 1/ 2,, * 1/ 2,, *, * s Q e e r R R L ( ), e, r r R R. B r r R, B r. [2,3], (1) (γ) (1) (β), : s u n Tu s R : 1/ 2 2 T H ( ) H 1/ ( ), R ~ R 1/ 2 u h H ( R ) H 1/ 2 ( R ), u ~ n \ B c u R h. 1 a ( u, ) a ( u, ) a( ; u, ) f, H ( a ;*,*) f : e R ~ 0 e. 0(*,*), a( 2 a ( u, udx k udx Tud, a( ; u, ) ik ud, 0 ) R inc inc u f, Tu d d. n R, : R ) 190

191 -,,, β01γ inc 1 J ( u, ) I( u) s, inf, G( u,, u ) 0, ( u, ) H ( e) K 2 2, 0 1,, K H s ( ), 0 1 s, 0 0, G : 2 inc G( u,, u ), a0( u, ) a( ; u, ) f,. I : I ( u) u u u u dx, I ( u) u u d. 1 d Q d Q 2 d r (). FreeFem++ [4].,,.. ( ). 1...,.. // , β. C //. β01γ.. 449, 6, Alekseev G.V. Cloaking via impedance boundary condition for the 2-D Helmholtz equation // Applicable Analysis, ( ) (. Д1Ж, ДβЖ).,. «-»,., 2 R., (). 191

192 -,,, β01γ.,. 2 R : 2 (i) R, e i e : i e. i,, e,, e = const e = const e, p p i p e i e. k = / c,., e e inc p. inc p, p, e s p. p s p. p i + k 2 p = inc s p e = p + p p = 0,div( i 1 p 1 pe, = n i e 1 pe n e p i e (. ДγЖ, Д4Ж): 2 p)+ k p = f 1 p e, = g n, p + k i e, 2 p e = 0 e, i, p s p (x) s 1/ 2 ikp (x)= o(r ) r = x. (3) r,, f, (γ) 2 R. B R R R,., (1) (γ) (1), (β) e s p (. Д5Ж): s p s = Tp. R (4) n 1. (1), (β), (4). 1 V = H (B ) S, S V R. 1 S. : inc 1 a ( P, S) F ( S) f, S f Sdx S X, (5) a( P, S) V (2) ( p S k pi S) dx (( p) S k0ps) dx ( pe S k0 pe S) dx i i 0 T( P) Sd, e R F ( S) f inc, S 1 f Sdx, f inc, S R Tp inc Sd R p n inc Sd. (1) 192

193 -,,, β01γ. (5). 1. ().,, (. Д6Ж, Д7Ж). FЫООFОЦ++.,,,.,.,. ( ). 1. S.A. Cummer, D. Schurig One path to acoustic cloaking // New J. Phys V ,.. //.... β01β.. 15, β. C :, β β :, β Alekseev G.V. Cloaking via impedance boundary condition for the 2-D Helmholtz equation// Applicable Analysis V. 93, 5. P β ().,.. () () (),,,,,. 193

194 -,,, β01γ.. Д1, βж.,.. 1 % β%.,, Д1, βж, -,... :, ( ). 1.,. β.. γ.. 4.., (β000.)...,..., Дγ] H * * CA H b0 b i xi b ji xi x j. i1 i1 ji..,,..,,,. 194

195 -,,, β01γ. 1.,. β.,. γ.,. «-» ( ). 1...,..,....:, β ,....:, 198β :..:, 198γ. γβ ,... :. β008. γ ,..,,..,,.,. : ( ), m, h,, d v, h c,,. 195

196 -,,, β01γ.. M 0, H e.,,,,. -,.. - : (1), (2) : E, h i, i-, m i i-, r ij - i- j-. - -[1],., ( )., : E, M r, M s, h i m i,,,., d = 10, M 0 = , p, h c m i. 1: a) β5, Hc = 1, p = 20 ; b) 64, Hc = 10, p = 40. (3) 196

197 -,,, β01γ... a) b) Magnetization (Norm.) Field (Oe) Magnetization (Norm.) Field (Oe). 1. :a) 5x5 ; b) 8x8. ДβЖ, β: (a) (Ni 80 Fe 20 ) γ0, ; (b) (Ni 80 Fe 20 ) γ ДβЖ, : (a) (b),,,,. 197

198 -,,, β01γ.,.,,,,.,. 1. E. C. SЭШЧОЫ, E. P. АШСХПКЫЭС, «A εомскчтьц ШП εкрчоэтм HвЬЭОЫОЬТЬ ТЧ HОЭОЫШРОЧОШЮЬ AХХШвЬ». Philosophical Transactions of the Royal Society of London. Series A, Mathematical and Physical Sciences, Vol. 240, No (May 4, 1948), pp A. τ. AНОвОвО, N. SТЧРС, S. GШШХКЮЩ, SЩТЧ ЬЭКЭО ОЯШХЮЭТШЧ КЧН magnetic anisotropy of elongated Ni 80 Fe 20 ЧКЧШЫТЧРЬ. J. AЩЩХ. PСвЬ., 98 p (2005)...-..,..,,.,,,.,,.. ( ).,. x1 0,. t 0 x1 0 u u x, t, u u u 1 3 u uc, C, a b d. (1) ,11,1 : g t, t 0, g0 0, u x1 0 0, t 0. (2) 198

199 -,,, β01γ. t g t, g,. t,. t : 2 2,1,1,1,1,1 G t C 1 3u 3 u, u u u, (3), G t, «+»,,,. u,1 0. : u 0, u, 0, t G d. (4),1 11 t t t t (1) : s xc T, m tt, w s, m u x, t C T, 1, (5) 1 1 T,. (5) w 1 3 w w, 2 2, ss, s, mm s0 w f m, m 0., w s, m. (6), 2 3 w s, m f 0,5 f s, m s. (7) (7)..,. n 2 s, p s m, w w n, p. v 1,5 v v 0, v w, w w... (8) 2 0, n 0 0, m 0 0, m 0 (8),,.,,. (8) v 0. t 0 (6) 199

200 -,,, β01γ.. (8) 2 v F p 1,5 v n, (9) 0 0 F,. ( w n p ), 0, v n p. 0,, (9) 2 w 0 w0 F p 1,5 n. (10) p p (10) w 0 p, n. w n p,. : w0 p, n,, (11) p,. n const, n (11) dw0 d, (12), (10).,n ,5 nv p, v f, p, n 1,5 n, 0. (13) : 0 0 0, (11) 3 W 0n, n f f 0n 2 pn, 1,5 n f, 0 n, t n n 0, W0 n, 0, 2 p0 p, n0 1,5 n0 f (14) n n0. n, 0, n n 2 0 n2, p p0 n dn f n0. 2 d f f : (15) 200

201 -,,, β01γ. t 0 : 1 f n0 3 f (16) 3 f p0. 2 f n. 0 0, ( f )..,,..,,,.,,..-..,....., -.., ( 1 ) ( 2 ).,,. ur r ( 1 cos ), u r sin, uz u( r, t), ( r, t), (1) r,, z. t 0 0( r ) u u ( r) 0. t 0 : 2 2 ( r 0, t) 0 ( r0 ) f ( t), u( r0, t) u0( r0 ) g( t),( f '(0)) ( g' (0)) 0 (2) f (t) g (t). ( r R), ( R, t) 0 u( R, t)

202 -,,, β01γ.,. [1-3] j j ( i) ( i1) ( t ti ) ( r, t) ( r, t) [ ], j j1 t j! tti j j ( i) ( i1) u ( t ti ) u ( r, t) u ( r, t) [ ], j j1 t j! tti r ti Gi ( ) d, r0 «i» i, G i, i,. j j j j [1] [ / t ], [ u / t ] - [4]... 1 u,.,r static, r r (3) 2 1 R r0 2 1 t 0 G2 G 1 2 r r r,r static ( r 0, t) u( r 0, t) 2. 1., T 1 1 r R. T 1 /

203 -,,, β01γ :, ,... : ,.. :. -, β :

204 -,,, β01γ. VI.,..-..,......,..,., (-1),., ().,,..,.,.,,..,,,., : 1., :,, :,. 2., :,,. 204

205 -,,, β01γ..,,.. γ.β , 2, 2 + : R 1 2 (..1), 2,.,. I,, v. 1 β.. (. β),,,,,, (, ), β. γ.β18 Д5Ж : 1-; β- ; γ- β; 4-; 5- ; 6-; 7- ; 8-; 9- ; 10- ; 11- ; 1β-; 1γ-; 14 -; 15-,,,. (. γ),.,,,,.. 205

206 -,,, β01γ γ. γ.β18 Д5Ж : 1- ; β-; γ - ; 4 - ; 5 - ; 6 - ; 7-; 8 - R i ; 9 - ; 10 - ; 11 - ; 1β -; 1γ - ; 14 - ; 15 -,.,..,,., -.,.,...,...,,,..,,.,,,,, Д5, 3, 1]. 206

207 -,,, β01γ.,,,. Д2,. 745Ж.,.,,,.,,..,., Z. Д4Ж, q r.. r F 0 0., q, Ы,.,. B Z Z c db/dt E.,,,.,,.,,,..,,,., ,, :, 1969,- 91β :., 198γ.-46γ. 207

208 -,,, β01γ :, 198γ, :, 198β , -,....,,. Д5].,,,,,,,..,,,,,,..,. :,,,...,,, -,, [7].,. Д6]... - [7]...,, Д3]. 208

209 -,,, β01γ.,,.,,.,. [8].,,,,, [4]., ; Д1].,.,,,..,, -..,,,.,,,..,,,.., ( 9 11 ),.,. : γ0%. :,,,,,,.,. 209

210 -,,, β01γ., : - ; - ; - ; -,, ; - ; - ; - - ; - ; -,. Д2]: 1., (,,, ). β.,. γ ( ).,,.,.,,, // β c. 2.,... -.:, :. / β0-. / :, β , Д1Ж.- ( )..476, ISBN : 4..: / // - «,,». (β5 β011 ). --: -, β011..β71-276, ISBN :... : 1γ.00.0β / ; Д :... -Ж., β68. :., 61:08-13/88 7. C.. :.... /..,..,.. ; ,.-.:, β

211 -,,, β01γ. 8...:, 1983.,...,.., XXI.,,,,.,,.. «( )»,.,,.,,,,, -,,. : 1), β), γ).. -,. -,., : 1), β), γ), 4). 211

212 -,,, β01γ. () :,,,,,..,. -,..,,,,,,,,,,,,,.,,,.,,.,....,., -,..,

213 -,,, β01γ.,,,., [6].,,,. [1].,,.,....,,,..,, Д2]...,..,..,..,..,,,,,,.,, : -, , -, -., 1 β, Д3, c. 4]..,. -,,,,,,.,,. -,,, 0,01γ.,,,,,. -40,,,,,,,, -14, -87, -210 [3, c. 5-6]..., -,...,.,. 213

214 -,,, β01γ.,.д2],, :? " ", 99/β009, β.6.1.β61β-10.., 0.5 ( 50 /), 0.β ( β0 /),. γ-4. ( 0,γ /), (0,0β5-0,5 /),, (0,γ /), ( 0,1 /), ( 0,0β /), (0,β /), (0,1-0,5 /), (0,β /). γ, 0.β, /, () " ",, ( 70 ) 70,.Д8, 9..β, 4,7] «:,,»,,.. ( ): 1. < (10 ) > β00 -, ,.,, (, ),, β.5 (1500-β500 ). β (β ),,. : , 50% ( ) ( ) (7000 ). 100%. 214

215 -,,, β01γ (10 ) β-γ Д4,5,7].,. 1.,. : 5.:. :. /.,..,....:, β /.,....:, β : /..,..,..,..,.. : -, β /β :,, / :, ISBN ,.. /... /. -.,... (..);..,.... :, βγ8. 7. β.6.1.β61β " " 215

216 -,,, β01γ. VII.,..-..,....., , ,. -,, (,, ),.,,.,.,,., -.,., -. β010 β01β.,,. 1. (ε К ). (ε ЛМ ). (П(r)), (N К ), 216

217 -,,, β01γ. (N П ) (N М ) -5., [1],. γ1960..,, :,,, β010 1β.β01β : ) ; ) ; ) ; ). Д2Ж (70-80%),,,. 98%±10%,, 217

218 -,,, β01γ. 50%±β0%., -. ( 90%). -., 8β%.., з 41-42%., ЛМ, σ К (Ц 0,К ).1-,,., -., N К, ε ЛМ,,,.,,.,.,, σ К M ЛМ.,,,,. M ЛМ,,. (. 1),,,.,,,,,,., ( 70%),, Ц 0,К (. 1).. M ЛМ,,. : , β1 ( ).,. 8-9, 10., M К. 218

219 -,,, β01γ.,. (10 ) (0 ) : 1) ; β) ; γ).,.,,. 1...,..,..,.. //, β4, β011, 06,.5γ //, 95, 1968,. 1. Ln 2 O 3 (Ln = La, Lu)...,.., - Firefly 7.1.G [1], -. - B3LYP5. Ln 2 O 3 (Ln = La, Lu) : MIDI MINI, (Crenbl), (SBKJC), (Cologne) - (WTBS) [2]. SBKJC - SVP O. 46. D 3h, Ln 2 O 3 (Ln = La, Lu) [3, 4].. 1 La 2 O 3. 1 La 2 O 3 Lu 2 O 3. Ln 2 O 3 (Ln = La, Lu).,,. 219

220 -,,, β01γ. La 2La La2O3 3O O (D 3h ) 5d 6s e' a 1 ' a 2 ' 4e' 4a 1 ' 3a 2 " 2e" 3e' 5p e' a 2 " e" a 1 ' 3a 1 ' 2e' 2a 2 " 1e" 1e' e' a 1 ' e" a 2 " 2p 2a 1 ' e' 2s a 2 " 1a 2 " 1a 1 ' a 1 ' a 1 ' 5s e' a 1 ' e' a 1 ' 1s. 2. La 2 O 3 : La 2 O 3 Lu 2 O 3 La 2 O 3 Lu 2 O 3 E () - La O E () - Lu O a 1 ' 0% 100% a 1 ' 0% 100% e' 0% 100% e' 0% 100% a 1 ' 100% 0% a 1 ' 100% 0% a 2» 100% 0% a 2» 100% 0% a 1 ' 62% 38% a 1 ' 100% 0% e' 54% 46% e' 100% 0% e» 98% 2% e» 100% 0% a 2» 98% 2% a 2» 100% 0% e' 50% 50% a 1 ' 6% 94% a 1 ' 40% 60% e' 4% 96% e' 24% 76% a 1 ' 100% 0% 1 220

221 -,,, β01γ e' 24% 76% a 2» 100% 0% e» 24% 76% a 2 ' 100% 0% a 1 ' 34% 66% a 2» 100% 0% a 2» 20% 80% a 1» 100% 0% e' 16% 84% e» 100% 0% -4.8 a 2 ' 0% 100% e' 100% 0% a 1 ' 100% 0% e' 100% 0% e» 100% 0% a 2» 50% 50% a 1 ' 40% 60% e' 22% 78% e» 16% 84% e' 10% 90% a 2 ' 0% 100% 1. Firefly. Version 7.1.G: 2. Basis Set Exchange. Version 1.2.2: 3. : 4. «ChemSpider» The free chemical database: Structure html (IV) Cs(I),,.,..-..,..... Te(IV),,, -,. 221

222 -,,, β01γ.. 1. TОBЫ 6 Cs 2,,,, - -,. (DFT) FireFly 7.1G, TZVP.. c (ECP). B3LYP5. εбps БP (τцтмышч, ). 1253,6 ev (MgKa) mb., 50 ev β0 ev., AРγН5/β, 1,β ev. 1Ь., () in-situ. 222

223 -,,, β01γ. ( ),.,. CaCl 2 γ, /.. - t d = 55 β00. β CaII (γ9γ,γ γ96,8 ) H (656 ), 7 ( ) Ca II H.,,. Ni(II).,..-..,..... d- М

224 -,,, β01γ.,, ; ; -;..... HeI Ni(acac) 2, Ni(acac) 2 dipy dipy γβ01. Firefly 7.1.G GAMESS-US; DF - BγδВP5,, def2- TZVPP. - (i) = (i) + (i).. 1. : - 224

225 -,,, β01γ (), M(NO 3 ) 3 () 3 (M = Y (I), La (II); ),,, (). - ( ),. - GAεESS DFT - PBE0 ECPεАB. TDDFT β0.., (. 1) EЮ. - -,,.., 5,,.. 1. δк(nτ 3 ) 3 3 (). n N - *-. () I II,. -.,, La 3+ Y 3+, β60-β

226 -,,, β01γ.,. I, II,. -, 90%, *- Nτ 3. *- Nτ 3 Nτ 3.,,..,, ,,,,,. (),, - -.,. γ-4 Д1Ж. H 2 (7β5 8γ0 ) τ 2 ( ) [2]

227 -,,, β01γ.. 1. : 1 SЩТЭПТЫО БP40F5А; β, γ ; 4 CОХОЬЭЫШЧ AНЯКЧМОН C11-SGTБδT, β79, : β800, : 1/10; 5,6 ; 7 800, 750, 700, 650, 600, 550 ; 8, β S-, β5, :,.. β. S-. γ,,,.,,,.,,,. 227

228 -,,, β01γ.. γ., OY (1=150), (40, 7, 1) И 1. Bourayou R., Mejean G., Kasparian J., RodriguesM.,Salmon E., Yu J., Lehrmann H. // J. Opt. Soc. Amer. B V. 22. P Wille H., Rodrigues M., Kasparian J. / Eur. Phys. J. Appl. Phys V. 20. P ,...,...,.,..,.. ( ), :.., :,,,,,,,,, D-,,, 228

229 -,,, β01γ.. ( AбТШ τльоыяоы A1) ( LSM 510 Meta), : 350 nm, 448 nm,543 nm. 448 nm., :,,,,,., (C-OH, C-NO 2, C-NH 2 C-NO 2 ), nm. :,,,,,,, D-. : C-OH, C=O, C-NH 2, C-OH., γ nm, 54γ nm,, :,,,,, D-,,,.,,. -.., (- ), Д1Ж.,,,,, ДβЖ.,,,.,. -,. () ,, 400 [3]. -,., 229

230 -,,, β01γ.,.,,,,..,. (), [4],. (), () 2,2- -4-(9-)-6--1,3,2-., 0.06 Д5] Д6Ж., 60 β β-γ, 1-1,5, β-γ. (1), Tsunami (2) Spitfire Pro (3) (Spectra Physics, USA). 800, FWHM = 50, β,5. 4β (4) (Newport Spectra- Physics PulseScout Autocorrelator SP LR)

231 -,,, β01γ.. 3.,. β-γ (β,7*10 10 / 2 ).. (9). ( ) ~10 12 / 2... Hirox KH-7700 (10). 1. Braun, A., Korn, G., Liu, X., Du, D., Squier, J., Mourou, G., Self-channeling of high-peak-power femtosecond laser pulses in air. Opt. Lett. 20 (1), Schroeder, H., Chin, S.L., Visualization of the evolution of multiple filaments in methanol. Opt. Commun. 234, ,..,..,..,.., 2,2- -4-(9-)-6--1,3,2-,, β01β,.11β, 4, Centurion, M., Pu,Y., Tsang, M., Psaltis, D., 2005b. Dynamics of filament formation in a kerr medium. Phys. Rev. A 71, E.V. Fedorenko, B.V. Bukvetskii, A.G. Mirochnik, D.H. Shlyk, M.V. Tkacheva, A.A. Karpenko J. // Luminescence. 130 (2010) ,.,.,.., 1965, SrF 2, Zn ,. (). SrF 2 Zn 2+. SrF 2.. 1%., Zn

232 -,,, β01γ.,. γ0 γ5, β0. : //<100>, B//<110>. - //<100> 9., 8-. SrF 2 -Zn ±1/γ. 100 =85.56±1β.8γ, B//<110> β. 4.,, β5 ( 5, ; 5- ; β5 ). SrF 2 -Zn ±(β\3) 1/2 0. () =106.95± =β5.76±γ.9. SrF 2 1%Zn : 100.γ7±10.0γ, 60.75±6.07., 2,2--4-(9- )-6--1,3,2-.., (- ), Д1Ж.,,,,, ДβЖ.,,,.,. -,. ()

233 -,,, β01γ., 400 [3]. -,.,,.,,,,..,. (), [4],. (), () 2,2- -4-(9-)-6--1,3,2-., 0.06 Д5] Д6Ж., 60 β β-γ, 1-1,5, β-γ. (1), Tsunami (2) Spitfire Pro (3) (Spectra Physics, USA). 800, FWHM = 50, β,5. 4β (4) (Newport Spectra- Physics PulseScout Autocorrelator SP LR)..,. β-γ (β,7*10 10 / 2 ).. (9). ( ) ~10 12 / 2... Hirox KH-7700 (10). 233

234 -,,, β01γ Braun, A., Korn, G., Liu, X., Du, D., Squier, J., Mourou, G., Self-channeling of high-peak-power femtosecond laser pulses in air. Opt. Lett. 20 (1), Schroeder, H., Chin, S.L., Visualization of the evolution of multiple filaments in methanol. Opt. Commun. 234, ,..,..,..,.., 2,2- -4-(9-)-6--1,3,2-,, β01β,.11β, 4, Centurion, M., Pu,Y., Tsang, M., Psaltis, D., 2005b. Dynamics of filament formation in a kerr medium. Phys. Rev. A 71, E.V. Fedorenko, B.V. Bukvetskii, A.G. Mirochnik, D.H. Shlyk, M.V. Tkacheva, A.A. Karpenko J. // Luminescence. 130 (2010) ,.,.,..,

235 -,,, β01γ. Cr(III)...,.., -.. Cr(AcacSCl) 3 ViSi(CH 3 ) 3. Omicron () ( 1β5 ). Firefly 7.1G B3LYP 6-311G Cr, O, C, H G S, Cl, Si, (1).. ViSi(CH 3 ) 3, Cr(AcacSCl) 3.. HCl

236 -,,, β01γ. VIII.,..-.., ,.. - (), ТЧ ЯТЯШ.,.,. -, β- [10]., (AnimalPAT) [4, 5, 9]..,, -, (. β). 236

237 -,,, β01γ.. β., l, (. γ). l,. γ. - l = c*t, t -,. t = l/ D 1 D BGO, - - (+)., - (. 1). 1 CsI(Tl) NaI(Tl) BGO BaF 2 LSO LYSO SiPM (/ 3 ) 4,51 3,67 7, ,40 7,10 1 β = = β ( ) () 2 220, BaF 2 SiPM, ββ0 100,. LYSO (LSO ). ( SiPM 2013 SensL.) 237

238 -,,, β01γ. ( ) BaF 2. [8] 90, l = β,7. - LYSO, SiPM.,. 4. () () (). 4. BGO (), SiPM () LYSO () 1. Bloomfield, P.M.; Myers, R.; Hume, S.P.; Spinks, T.J.; Lammertsma, A.A.; Jones, T.: Three-dimensional performance of a small-diameter positron emission tomograph. Phys. Med. Biol. Vol. 42 (1997), S Bloomfield, P.M.; Rajeswara, S.; Spinks, T.J.; Hume, S.P.; Myers, R.; Ashworth, S.; Clifford, K.M.: The design and physikal characteristics of a small animal positron emission tomograph. Phys. Med. Biol. Vol. 40 (1995), S Bruyndonckx, P.; Xuan, L.; Rajeswaran, S.; Smolik, W.; Tavernier, S.; Zhang, S.: Design and physical characteristics of a small animal PET using BaF2 crystals and a photosensitive wire chamber. Nucl. Inst. Meth. Vol. A382 (1996), S Cherry, S.R.; Gambhir, S.S.: Use of positron emission tomography in animal research. ILAR journal Vol. 42 (2001): Cherry, S.R.; Shao, Y.; Siegel, S.; Silverman, R.W.; Meadors, K.; Young, J.; Jones, W.F.; Newport, D.; Moyers, C.; Mumcuoglu, E.U.; Chatziioannou, A.; Farquhar, T.; Andreaco, M.; Paulus, M.; Binkley, D.; Nutt, R.; Phelps, M.E.: MicroPET: A High Resolution PET Scanner for Imaging Small Animals. IEEE Trans. Nucl. Sci. Vol. 44 (1997), S Correia, J.A.; Burnham, C.A.; Kaufman, D.; Fischmann, A.J.: Developement of a Small Ani-mal PET Imaging Device with Resolution Approaching 1 mm. IEEE Trans. Nucl. Sci. Vol. 46 (1999), S Fries, O.; Bradbury, S.M.; Gebauer, J.; Holl, I.; Lorenz, E.; Renker, D.; Ziegler, S.I.: A small animal PET prototype based on LSO crystals read out by avalanche photodiodes. Nucl. Inst. Meth. Vol. A387 (1997), S Moszynski, M.; Bengtson, B.: Nuclear instruments and methods 158 (1979) Yao, R.; Lecomte, R.; Crawford, E.S.: Small-Animal PET: What Is It, and Why Do We Need It?, Journal of Nuclear Medicine Technology, Vol.40: S Zanzonico, P.: Positron Emission Tomography: A Review of Basic Principles, Scanner Design and Performance, and Current Systems. Seminars in Nuclear Medicine, Vol XXXIV, No 2 (April), 2004: pp

239 -,,, β01γ...,.., A.A. Д1, 2].,, Дβ-4Ж... / 100.Д5, 6].,,.,.,,. SpitfirePro, : =800, =4β, E max =7 =400, =80, E max =1. Ti:Sapphire TP-1A. (400, 1 ) (β66, 0.γ)... Maya 2000 Pro, β = γ. : 1.. 5,5 0,54. β.. γ., =17,γ,,. 239

240 -,,, β01γ. 1. Philipp Kukura, David W. McCamant, and Richard A. Mathies «Femtosecond SЭТЦЮХКЭОН RКЦКЧ SЩОМЭЫШЬМШЩв», DОЩКЫЭЦОЧЭ ШП CСОЦТЬЭЫв, 58, , ,..,..,..,.. «ТЧ ЯТЭЫШ»,, 15, 107, β , γ1, , Miller K. δ., SОЫРООЯ I.., DЯШЫОЭЬФв D. P. «EППОМЭЬ ШП ХШа ТЧЭОЧЬТЭв ЫОН КЧН НТЬЭКЧЭ infra-ыон ХКЬОЫ ТЫЫКНТКЭТШЧ ШЧ ЭСО ЛХШШН» Regional Haemodynamics and Microcirculation, 10, 90-94, I. Stadler, R. Evans, B Kolb, JO Naim, V. Narayan, N. Buehner, R.J. LanzafКЦО, «IЧ vitro effects of low-хояох ХКЬОЫ ТЫЫКНТКЭТШЧ КЭ 660 ЧЦ ШЧ ЩОЫТЩСОЫКХ ЛХШШН ХвЦЩСШМвЭОЬ.» δкьоыь Surg. Med., 27, , 2011,..-..,..,...,... -,,,,.,,,.,,,,.,. TRIOL,, (γ,γ /) (),. 1 3,, (. 1). 68.,.. 240

241 -,,, β01γ (γ,γ /),.. [2].,,,,,.,,.. G(+)-C.,., G(+)-C (. β).. β ,.,,. [3] [4], 1.5 β.0.,, A2-T, G(+)-C, G4-C, C5-G, G6-C, A7-T, G8- C.,,, T1-A T9-A,,. 241

242 -,,, β01γ.. β. T1A2G(+)G4C5G6A7G8T9,, :. 1. Plante, I. (2011) Radiat. Env. Biophys. 50, Belov O.V., Boyda D.L., Shirmovsky S. Eh. (2012) PoS(Baldin ISHEPP XXI) Peyrard M. (2004) Nonlinearity 17(2):R1 4. Kalosakas G., Ares S. (2009) arxiv: v1 CPU GPU..,.., CUDA Nvidia, (CPU) (GPU). CPU 6-, 1β 242

243 -,,, β01γ., 100 GFLOPs. 15γ6, 1 GHz γ.09 TFLOPs, γ0, CPU 60 FLOPs/. γ0, GPU... Z exp, ij i( j1) ij ( i1) j i, j ij Z ij,,. CPU GPU..,,.. GPU (МШКХОЬМТЧР).,..,, β1 512 * IЧЭОХ CШЫО Тγ-γββ5 γ.γghг ASUS GTX 650 Ti. ( x y* sizex ) CPU γ6.40. ββ.85. GPU GPU β

244 -,,, β01γ. - ACII (SMALL ANIMAL INSTRUMENTS INC)....., "",.,.. -,., -,.,,, :,,..,,. : - SAII (Small Animal Instruments Inc),,. :,, 244

245 -,,, β01γ.. 1.,, P-SAM. 2. () 245

246 -,,, β01γ..., Д1Ж..., (. 1).. 1.,,.. (MEPs), (NEB),.. Дβ-5Ж... (. β). : 1. ( (1)) ( (β)) (.. 1). 246

247 -,,, β01γ. 2.,, ,,.. β. F, H, : 1. E A. 2. E M. 3. E. 4. E ex. 5. E H. F= E A + E + E ex + E H + E M..,., «()-» Oz; «()-», m (1) Oz; «()-» Oz ; «()-», Oz. F Oz., (1) 247

248 -,,, β01γ... (2),,,...,,... (3) : (4) (γ) (4).,,. 1. T. Shimatsu, H. Uwazumi, Y. Saki, A. Otsuki, I. Watanabe, H. Muraoka, Y. Nakamura, IEEE Trans. Mag. 37(2001) GrКОЦО HОЧФОХЦКЧ, GъЬХТ JяСКЧЧОЬЬШЧ КЧН HКЧЧОЬ JяЧЬЬШЧ DОЩКЫЭЦОЧЭ ШП CСОЦТЬЭЫв // Methods for finding saddle point and minimum energy paths, University of Washington, Seattle, WA Daniel Sheppard, Rye Terrell, and Graeme Henkelman Department of Chemistry and Biochemistry// Optimization methods for finding minimum energy paths, The University of Texas at Austin, Austin, Texas , USA 4. R. Dittrich, T. Schrefl, D. Suess, W. Scholz, H. Forster, J. Fidler A path method for finding energy barriers and minimum energy paths in complex micromagnetic systems // Institute for Solid State Physics, Vienna University of Technology, Wiedner Hauptstr. 8-10, A-1040 Vienna, Austria 5. GЫКОЦО HОЧФОХЦКЧ, BХКЬ P. UЛОЫЮКРК КЧН HКЧЧОЬ JяЧЬЬШЧ DОЩКЫЭЦОЧЭ ШП CСОЦТЬЭЫв // A climbing image nudged elastic band method for finding saddle points and minimum energy paths Journal of Chemical Physics Vol 113, Number

249 -,,, β01γ. - 2D..-..,,..,..-..,,..,, Д1Ж.,. -., 2D Z = 8 ZFC FC, FC ГFC =0,4, =0,9 ГFC FC,, -. ГFC,. β., ГFC FC. 249

250 -,,, β01γ.. β.,.. βd γd-. 1. K. Htoutou, A. Ainane, M. Saber and J. J. de Miguel, Physica A, 358, 184 (2005)....,....., (β0-β00 ).,.,,, [1]., -.,,,, 250

251 -,,, β01γ ( ),., :,,., Г ( Z 4 ), ( -3 )., () Г. ДβЖ (NPG). β0, IUPAC, () 100. (NPG) ()., ,,,...,,,. [3] ; -60; : (NКCХ) ; : -300., NКCХ, NPG -γ00,... β0 β00, : 4 0,9% NКCХ 865β7,5±βγ56,9, 4 0,9% NКCХ+0,5 NPG 87511,4±β471,β, 4 0,9% NКCХ+0, ,8±βγ98,9, 4 0,9% NКCХ+0,4 -γ00+0,5 90βγγ,1±β658,1.,,,.. 251

252 -,,, β01γ. 1...,.., -..,... ; 2. ββ70045,., β0.0β.β006, 1; 3...,,..:, 2007.,..-..,..,,., [1]., [2]..,. m 1 m 2, ( 1, 1 ) ( 2, 2 ),,,, (3) (4),.. (5) 252

253 -,,, β01γ. (ground state)...,.. (6) (7) (8) m 1 m 2 (), () ( )., ,010,01, d=1, C=0,5, N=63.,.. β. (9). 1.. β. N= (x,y) [0;1].,, ,.,. 253

254 -,,, β01γ.,., ; β ; 3,, ; 4 5, 4 ; γ.,. 4., (β),,,,. й. 4. J~r -3,,. 254

255 -,,, β01γ. 1. D.G. Rancourt. Magnetism of Earth, planetary, and environmental nanoparticles. Nanoparticles and the Environment, J.F. Banfield and A. Navrotsky (editors), Reviews in Mineralogy and Geochemistry 44 (2001) p J. Norpoth, S. Dreyer, Ch. Jooss, and S. Sievers, J. Appl. Phys. 101, 09F518 (2007)...,....., :,,,,.,, [1].,,,, ДβЖ.....,.,.,, 4- ДγЖ. (,. ). (1,β5 /) (1/4) Д4Ж. (CCХ/4),,. Д5Ж. (57l/6)F 1 - «PСКЫЦКSМКЧ US 70/16» (BЫЮФОЫ, Germany) 7.0, γ00 εhг BGA 09P. ROI (Region of Tool Instrument) ParaVision ,. 255

256 -,,, β01γ. : 1- β- RRИ8 EPI (FISP) Д6Ж.. t-.., -., - (. 1, 2) ( ) 256

257 -,,, β01γ ( )..-..,..,. ЬЩ 2 -, 0,142. [1],, [2].,, c.,,,

258 -,,, β01γ.,,.,, -. T. - staggered ( [3]). :. :. :,, ( ),,. :.. 1. T = 0,βγ. (γ) 258

259 -,,, β01γ.. β. T = 0.β8. 1, [4]:,. (3) :,,, [4]. β,. 1. A.H. Castro Neto, F. Guinea, N.M.R. Peres, K.S. Novoselov and A.K. Geim, Rev. Mod. Phys. 81, 109 (2009). 2. A.K. Geim and K.S. Novoselov, Nature Materials 6, 183 (2007). 3. P.V. Buividovich, E.V. Luschevskaya, O.V. Pavlovsky, M.I. Polikarpov and M.V. Ulybyshev, Phys. Rev. B 86, (2012). 4. J. Gonzalez, F. Guinea and M.A.H. Vozmediano, Nucl. Phys. B 424, 595 (1994)...-..,.., 259

260 -,,, β01γ. :, GMR-, Fert and Grunberg β007 Д1]. c.,, ДβЖ.. 1. (D- ). ДβЖ [1]. :,, - : =1/. [1] , Д3] -.,, δ δ -., U L :., U L L,.,.,, Д3] (. ) :,,,,,. 260

261 -,,, β01γ. Д4Ж. :, ; ( ). β. N (N- ), - (a) (b). [3],, β, γ. 261

262 -,,, β01γ.. γ. (N- ) (, ). [4],,, -,,,,,. [2] -., 4,, : - SC 0,83 0,89 0,94 BCC 0,67 0,74 0,81 FCC 0,77 0,84 0,87,,,. 1. C A Faz, J A C Bland, G Lauhoff Magnetism in ultrathin structures. // Rep. Prog. Phys. (2008), pp. 2, U. Gradmann. Monolayer films magnetism. // Encyclopedia of Materials: Science and Technology. ISBN: pp (2001) 3. Y. Laosiritaworn, J. Poulter, J. B. Staunton Magnetic properties of Ising thin-films with cubic lattices. // arxiv: cond-mat/ v1 [cond-mat/stat-mech](2003) 4...,...// Advanced Materials Research, Vols., , 2012, pp

263 -,,, β01γ....,.. PЬ Д1Ж,,. - PAL «ORTEC», 22 Na зγ00,, 22 Na ββ9,7±1,1. Taufit PALSfit vβ.βγ. - ДβЖ «TRAPPED». : ( ): C 21 H 20 BrN 3,, CCl 4, CHCl 3 (), AlF 3, C 8 H 12 N 4 O,., : H 2 O, AlCl 3, CH 2 Cl 2, C 2 H 6 OS.,. -. ДγЖ n i1 t1 1 N( t) R( t, t1 ) A exp dt, i i R(Э,Э 1 ) (); Ч ; i ; A i., 1. TКЮПТЭ PAδSПТЭ v2.23 [4Ж. : i I i,. «TRAPPED»,.,,.. 1. H 2 O 263

264 -,,, β01γ. 1, I, % K, 1/ R, O 1-0,129 49,76 2-0,298 41,43 182,22 3-1,230 8,82 61,20 6,30 C 21 H 20 BrN 3 1-0,136 61,2 2-0,248 36,28 121,04 3-0,591 2,51 14,24 4,67 1-0,148 60,92 2-0,274 36,58 113,6 3-0,745 2,51 13,59 4,95 (CHCl 3 ) 1-0,149 57,67 2-0,316 38,35 135,66 3-0,814 3,98 21,82 5,11 CCl 4 1-0,160 60,35 2-0,325 36,53 116,04 3-0,909 3,12 16,06 5,19 CH 2 Cl 2 1-0,145 55,35 2-0,333 42,99 168,39 3-1,475 1,67 10,42 6,45 AlF 3 1-0,129 51,16 2-0,318 45,03 207,67 3-0,9900 3,82 25,76 5,82 AlCl 3 1-0,145 58,26 2-0,290 36,73 126,70 3-1,296 5,01 30,70 6,15 C 8 H 12 N 4 O 1-0,151 64,25 2-0,255 35,24 95,69 3-0,74 2,51 13,28 4,90 DiCl-Benzol 1-0,130 57,53 2-0,285 39,05 162,16 3-0,81 3,42 21,99 5,37 C 2 H 6 OS 1-0,157 59,69 2-0,301 35,48 107,72 3-1,115 4,83 26,38 5,65 264

265 -,,, β01γ. ( 3 ),. 3 ( ), C 21 H 20 BrN 3, 3 = 0,59.,. CH 2 Cl 2, 3 = 1,475. (), C 2 H 6 OS (), c 3 = 1, V.M.Byakov, at all. PAL spectroscopy and testing for potential carcinogens. Physics status solidi. 2.. // 46..,, -, 1996, γ Nakanishi H., Jean Y.C., Positron and Positronium Chemistry. // Schrader D.M., Jean Y.C., Eds., Amsterdam: Elsevier, P Y. Ito, Hamdy F. M. Mohamed, V. M. Byakov, and S.V.Stepanov, J. Radioanalyt. Nucl. Chem. 210, 607 (1996).,..-..,.. 265

266 -,,, β01γ..,,..,, Д1Ж. Д2], [3],[4], [5].,,,,,,.,. : -,... - (, ).,,. -. 1, β. 1. G(+)TTGGGG t=15. 1,, 6 G(+)TTGGGG, G(+), G(+) GGG,. t=

267 -,,, β01γ.. 2. G(+) t=15, t=20, t=40.β G(+)., 40 G(+),., :,. 1. Eley D.D., Spivey D.I. //Trans. Faraday Soc Vol. 63. P Giese B., Wessely S., Spormann M., Lindemann U., Meggers E., Michel-Beyerle M. E.// Angew. Chem. Int. Ed Vol. 38. P Giese B., Meggers E., Wessely S., Spormann M., Biland A. // Chimia Vol. 54. P Meggers E., Michel-Beyerle M.E., Giese B. // J. Am. Chem. Soc Vol P Wessely S., Giese B.// J. of Biomol. Structure & Dynamics Vol.2. P MULTISOURCE HDR..,.. «HDR+» MultiSource HDR. «HDR+»,.,, - RОМШ-BШб.,, ( MultiSource HDR -60, γ,48, 267

268 -,,, β01γ. 0,48 ) ( ) (.. 1). TG4γ 1995, β004. β-. r, (,.. 1). «HDR+», ( ).,.,,.,, ( ).,, 80%, ( ),. (,, ),.,., (,, )., -.,,.,,..,.. 268

269 -,,, β01γ ,..»., β MultiSource. Eckert&Ziegler, BEBIG, β009. β65. γ... (. β)..:, β008. γβ ,.. (),...,..,. 1, 1. T =1,085±0,07. XY- 269

270 -,,, β01γ.,,,,. GPU CUDA..,,. 1. Yamaguchi Y. Lecticans: organizers of the brain extracellular matrix. Cel. Mol. Lif 57, (2000). 2. Modeling Brain Extracellular Space from Diffusion Data. Journal of Theoretical Biology 234 (2005) ,, β γ00γ00 7 T

271 -,,, β01γ ,.. - (). - «Ortec», Tektronix DPO βt 0 = β47, = γ9,5 / n e, i R i Д1-3]., : β γ, (1) n e, i, u i, -. Д1,βЖ -., 271

272 -,,, β01γ. - ( 3, I 3 ), ( 2, I 2 ),, , 3, I 2, % I 3, % Kβ, 1/ Kγ, 1/ «IЧЬЮХКЭ» 0,276 0,972 19,15 2,18 27,38 8,78 «CШЧНЮМЭ» 0,326 0,396 39,14 2,01 249,64 13,94 ( 3, I 3 ) (K2, K3) Kβ,.,,. β β, ( ). γ γ. 2, /, Condact1T 7,78E-05 1 Condact2T 1,02E-04 2 Conduct3T 2,17E-04 3 Conduct5T 7,71E , 3, I 2, % I 3, % Kβ, 1/ Kγ, 1/ Condact1T 0,339 0,719 21,00 1,65 57,41 7,07 Condact2T 0,292 0,849 14,07 2,72 26,31 11,20 Conduct3T 0,326 0,864 19,99 1,57 33,27 5,60 Conduct5T 0,285 0,970 23,67 1,48 21,83 5,02 272

273 -,,, β01γ.. β.. γ. β (. γ),,,. β-γ (sigma) (β) (.γ), 1-2 β., ( ),,,. 1...,... //., 2002, 17β, 1 2. Goldanskii A.V., Onishchuk V. A., Shantarovich V. P. Some Principles of the Studies of Positronium Annihilation in Polymer Systems. // Phys. Stat. Sol.(a) 102, 559 (1987). 3. Brandt W., Berko S., Walker W. // Phys. Rev., 120, 1289 (1960) :,

274 -,,, β01γ...-..,,..., ( ).,.. : ( ), m, h,, d v, h c, m,.. H e.,,,,. -,.., : E, M r M s, h i m i,,,. - : (1), (2) 274

275 -,,, β01γ. : E, h i, i-, m i i-, r ij - i- j [1],., d = 10, M 0 = , p, h c m i. 1: a) β5, Hc = 1, p = 20 ; b) 64, Hc = 10, p = (3) a) b) Magnetization (Norm.) Field (Oe) Magnetization (Norm.) Field (Oe). 1. : a) 5x5 ; b) 8x8. ДβЖ, β: (a) NТ 80 Fe 20 γ0, ; (b) NТ 80 Fe 20 γ0. 275

276 -,,, β01γ.. β. ДβЖ, : (a) (b),.,,,.,,,.,. 1. E. C. SЭШЧОЫ, E. P. АШСХПКЫЭС, «A εомскчтьц ШП εкрчоэтм HвЬЭОЫОЬТЬ ТЧ HОЭОЫШРОЧОШЮЬ AХХШвЬ». PСТХШЬШЩСТМКХ TЫКЧЬКМЭТШЧЬ ШП ЭСО RШвКХ SШМТОЭв ШП δшчншч. SОЫТОЬ A, εкэсоцкэтмal and Physical Sciences, Vol. 240, No (May 4, 1948), pp A. τ. AНОвОвО, N. SТЧРС, S. GШШХКЮЩ, SЩТЧ ЬЭКЭО ОЯШХЮЭТШЧ КЧН ЦКРЧОЭТМ КЧТЬШЭЫШЩв ШП elongated Ni 80 Fe 20 ЧКЧШЫТЧРЬ. J. Appl. Phys., 98 p (2005). 276

277 -,,, β01γ. MULTISOURCE HDR..,.. MultiSource HDR., 0, ( MultiSource HDR ),,, β-γ., -...,,,., 0,5,,. εюхэтsшюымо, ( ) -..,..,.. εкщcсомф Dose-1 c.. 277

278 -,,, β01γ....,, β MultiSource. EМФОЫЭ&ГТОРХОЫ, BEBIG, β β... ( β)..:, β γ.,.....:, β006.,..-..,...,.,...., 4γ β0-60.,,.,,. -.,. 4γ [1, 11, 12].,, 278

279 -,,, β01γ.,.,, ( 4% ).,,,. 50.,,, 8,, Д.,, 2].,., (.,, Д3-10Ж),., Д1,12Ж, Д13,14Ж.,... β :, ;,, [15]. (MCA) (, ). MCA.. :,. :, 6. ( - i), (. 2)., 1 i : - i, -, i

280 -,,, β01γ., i -, i, j-, - j-, - i j, - i j. -, -, -. i j :. - i j,, (. );,. :,.. 1. Q A Pankhurst, J Connolly, S K Jones and J Dobson. Applications of magnetic nanoparticles in biomedicine. // J. Phys. D: Appl. Phys., 36, 2003, R167 R Christian Plank. Nanomagnetosols: magnetism opens up new perspectives for targeted aerosol delivery to the lung. //Trends in Biotechnology, Vol. 26, No ,..,..,..,..,..,..,..,..,.... //, β ,..,... in vitro. // Nanosystems, Nanomaterials, Nanotechnologies, β008,. 6, 4,. 1β ,,. // -., β ,... // ,..,..,..,..,.... //, β K. G. DШЛЫОЭЬШЯ,. ВЮ. AПШЧ ФТЧ, A. K. KТЫТМСОЧФШ,. P. δкнвртчк,s.. SЭШХвКЫ, τ. A. Bayukov, and A. V. Sipkin.A Method for Introduction of Magnetic Nanoparticles into Tissues by Means of Magnetic Field Gradient: An Experimental Study. // Bulletin of Experimental Biology and Medicine, Nanotechnology, 2009, Vol. 147, No

281 -,,, β01γ. 9. Murali M. Yallapu, Shadi F. Othman, Evan T. Curtis, Brij K. Gupta, Meena Jaggi, Subhash C. Chauhan.Multi-functional magnetic nanoparticles for magnetic resonance imaging and cancer therapy// Biomaterials, 32, 2011, 1890e B. A. Larsen, M. A. Haag, N. J. Serkova, K. R. Shroyer and C.R. Stoldt. Controlled aggregation of superparamagnetic iron oxide nanoparticles for the development of molecular magnetic resonance imaging probes//nanotechnology, 19, 2008, (7pp) 11...,..,..., ,..,.., , :, 198β : ,... //, β01β, 8β, ,..,... //

282 -,,, β01γ. IX.,..-.., ,..,, Д1Ж.,,,,., ( ), ДβЖ.,.,,..,, ЬЩШЭ-, -.,.. 1,.,, -. : 1, 10,

283 -,,, β01γ.. 2., : (Н ШЮЭОЫ ) ; (d inner ). β., (. β) γ0.,, y, Vmax,, x, n (. 3)

284 -,,, β01γ.,,,. ±β , -10.,. 1. McCord M.A., SPIE HКЧНЛШШФ ШП εтмышхтэсшрыкщсв, εтмышцкмстчтчр КЧН Microfabrication (2000). 2. Broers, A. N. et al., "Electron beam lithography Resolution limits". Microelectronic Engineering 32: (1996)...-..,..;..-..,.., (), -.,,....., -. β0 100,,. -,,.,, TР. 284

285 -,,, β01γ. : β-4.. : ; ;.,.., 1. 1,, 10 Fe 80 Ni 10 Si 4 B ,5 γ0 Fe 60 Co 30 Si 3 B ,9 I s I rs / ,,,.,. 1, : s II ( ) = 480, s I ( ) = ,17 0,γ 10 ( γ0 : II =0,1β5 I =0,β6 )., γ0 285

286 -,,, β01γ. ( з 0,8 ),,. β γ0, 10 γ0, Fe 80 Ni 10 Si 4 B 6 з 4β0 0.,, ,..,. 2.., , Ca2Si Ca3Si4 Si,,,.-..,..,.. CК 1γ0 C 500 C Si Si, 286

287 -,,, β01γ.., 1γ0 C Ca2SТ, 500 C Ca3Si4. In situ, Ca2Si, 1,0β. Ca2SТ ДβЖ. Ca3Si4 0,6γ ДγЖ., (CК2Si Ca3Si4) r..,, 500 C,,, Ca3Si4 0,89 0,91β. 1. D.B. Migas, L. Miglio, V.L. Shaposhnikov and V.E. Borisenko, Phys. Rev. B67, (2003). 2. S. Lebegue, B. Arnaud, and A. Alouani, Phys. Rev. B72, (2005). 3. S.A. Dotsenko, K.N. Galkin, D.A. Bezbabny, D.L. Goroshko, N.G. Galkin, Physics Procedia 23, 41 (2012). - -,..-..,..,, - Д1Ж. (10-8 ),,,,. -,,. - -,,.,.,,

288 -,,, β01γ..,. (),., ,.,,,.,, 1%. : 1) ; β).,, Д1Ж: I I 2 l 1 I 2 I1I 2 sin 0 I1, I2- ; ; ; l ; 0,,,,, 3 : 0., 2, ДβЖ, / L.,. N, / βn : 288

289 -,,, β01γ. 2NL l 2N x N ; ; x0 - ; -.,,,.,.,, 3, 0. 2,,. /. 6 / , β9 β01β 19:05,.. β., β9 β01β () 289

290 -,,, β01γ /.,.,.,.,.,. ;.. :..-.:.. -, β ;., 19γ /..... β008. 5β0. Fe Fe 3 O 4 / SiO 2 /Si(001),..-..,..;..-..,... -,.. - γd., (Fe 3 O 4 ) 100% -, 858 K,.,, SiO x /Si(001). O Torr. FО γ koe. 4-., FО FО/SТτ 2 /Si. Д1Ж, FО γ00, FО τ 2. FО 3 O 4,., FО τ 2 γ00,. FО γ00,. FО γ00, FО, γ

291 -,,, β01γ. Fe 3 O 4 65 nm (110), SiO 2 /Si(001), Fe 3 O 4 (γ11)... H c., Fe 3 O 4,, 1.07%, % ,..,..,.. //, β009, ,.-..,..,,,.,,,. CoP- CoNТP,. Carl Zeiss Libra 200 FE FEI TТЭКЧ ,,. CoP- CoNiP 512*512*512 й. AЦШЫЩСGОШ,. :,,,, :, :,,. TEεGPU GPGPU JEεS, -,. 291

292 -,,, β01γ.. 1. FО. β. Fe. 51β*51β*512 й βγ 1-β., ,. 292

293 -,,, β01γ. 1. Advanced computering in electron microscopy. E.J. Kirkland. Plenum, New York Fe, Fe 3 O 4 / SiO 2 /Si(001),..-..,....,..-..,..... :.,. (Fe 3 O 4 ), (580 ),.,. Д1Ж, Fe 3 O 4, Fe 3 O 4, Fe γ nm,, Fe 3 O 4 Fe β60 C.,, SiO x /Si(001). O Torr. FО γ nanomoke. 0 4 koe Keithley-2400., FОτ Fe 3 O 4.,. FОτ,,.,., FО τ 2,. Fe 3 O 4 65 nm (γ11) (110), (з5%)., Fe 3 O 4,, 0.83% 1.05% τ 2, - 293

294 -,,, β01γ. 9.β% 10.7%, T. Taniyama, T. Mori, K. Watanabe, E. Wada, M. Itoh, H. Yanagihara, J. Appl. Phys. 103 (2008) 07D , [1-3]. (50% ).,, (. 1)., [4]. (.1).,,,.. 1. () () (,, -) [5-7]., (; ).,. (β00, ).,,., ( ):,. 294

295 -,,, β01γ., β00 β, 500 4, (.β)..,.. (, ).,,,.. β. (β00, 500, 1000, β000).,.,,., (. 3),,,,.,,, (. 1).. γ. 295

296 -,,, β01γ.,, (.4), /.,.,,,.., ,..,..,..,... IV «, DFMN-β011». β5-β8 β011, Zaichenko A.S., Tsarev S.A., Titov P.L., Kirillov A.V., Shegoleva S.A., Kuryaviy V.G., Kondrikov N.B. The investigation of impedance parameters, texture and self-organization of oxide formations on titanium and aluminum surfaces. 19ЭС IЧЭ. SвЦЩ. NКЧШЬЭЫЮМЭЮЫОЬ: PСвЬТМЬ КЧН TОМСЧШХШРв EФКЭОЫТЧЛЮЫР, RЮЬЬТК, JЮЧО β0 25, ,..,...,.,, β , β010,, , :, ,....β..:, 197γ ,....γ..:,

297 -,,, β01γ...-..,.. (, 2 γ-, ),, "",,, ( ).,,,,. ( ).,,..,. -,. - (,..).,. (). : (, ) (, ). PЬ ()..,.,,,, [1].. 1 2, 3, 4, I 2, % I 3, % I 4, % K 2, K 3, K 4, H 2 O CH 3 OH , 297

298 -,,, β01γ. C 2 H 5 OH C 3 H 7 OH C 4 H 9 OH C 6 H 6 0,32 1,87 38,64 13,61 178,48 98,44 CCl 4 0,32 0,74 40,41 3,45 145,33 18,52 CH 2 Cl 2 0,33 2,02 42,45 1,70 153,15 10,46 CHCl 3 0,32 1,12 39,53 2,53 126,80 13,80 C 6 H 5 Cl 0,32 1,79 39,09 4,23 131,04 24,94 C 6 H 4 Cl 2 0,29 1,28 40,09 2,10 131,42 12,42 (H 2 O, CH 3 OH, C 2 H 5 OH, C 3 H 7 OH, C 4 H 9 OH, C 6 H 6 ), (CCl 4, CH 2 Cl 2, CHCl 3, C 6 H 5 Cl, C 6 H 4 Cl 2 )., (I 3 ),.,.. 1. Vsevolod M. Byakov, Sergey V. Stepanov, and Olga P. Stepanova, PAL spectroscopy and testing for potential carcinogens//phys. Status Solidi C 6, No. 11, (2009) / DOI /pssc ,..,..,.... I.. β008. 6(44) II. β009. 1(45) V. I. Grafutin, E. P. Prokop ev, S. P. Timoshenkov, S. S. Evstaf ev and Yu. V. Funtikov. Positronics and nanotechnologies: Possibilities of studying nanoobjects in critical engineering materials using positron annihilation spectrometry. Russian Microelectronics, Vol. γ8 6. P Co Si(111),.-..,.. Co,. Co Si(111), Д11-2] β 0. (P = ) 1β00. Si(111), (step-up), 298

299 -,,, β01γ., (step-down). Si(111) 5-7, ,,.. 50, - 1,5.,,.,...,,,., Si(111).,,.,,, ( 10)...-..,.., Д1Ж., (,,.),. (), (), ().,, 299

300 -,,, β01γ.,,, [2].,, (GКN),,, (γ,4 ), ( /*), /,. GКN: (GaN) 150. (GaN 750), 750, 150. (GaN/Al2O3) GКN 70. (GaN:Si) GКN, γ ,, ANDτR SСКЦЫШМФ γ0γт,., 444, 5γβ, ,.. 1. () GaN, T (). T(). β T() GaN:Si (444, ).. β. GКN:SТ 300

301 -,,, β01γ.. 2,., , GКN pump nm, ЧЦ 1/2 nm TЦКб% GaN ,8 4 10,7 GaN ,8 4 10,9 GaN/Al 2 O 3 GaN :Si , , , ( 4 ) ( γ0 ) 1,5 β4%. GaN ( GКN) - ( GКN 750), GКN: SТ GКN/AХβτγ,. GКN, GКN,., 12-HCC Stepanov S.I. Adaptive interferometry: a new area of applications of photorefractive crystals / International Trends in Optics, ed. J. W. Goodman. New York, London: Academic Press, Inc, Ch Gunter P., Huignard J-P. Photorefractive Materials and Their Applications 2. Springer, 2007,Ch.11. Fe Co.-..,... (). :,,. 301

302 -,,, β01γ.,.,, (). in-situ ,.., 1, - JXA βγ DSC /... 1, DCS- Fe 87 Ni 2 Si 5 B 4 () Fe 80 Ni 10 Si 5 B 5 (). DSC,. з ( ),... ( ) () Fe80Ni10Si5B5. 1. DSC- Fe 87 Ni 2 Si 5 B 4 () Fe 80 Ni 10 Si 5 B 5 (), (Q b ). (Q c ), 1., Ni Fe, 1,. FО 80 Ni 10 Si 5 B 5 FО 87 Ni 2 Si 5 B 4 γ Q b..,, Q,.,. 302

303 -,,, β01γ. FО 66 Co 24 Si 3 B 7, Fe 60 Co 31 Si 3 B 6, Co 87 Fe 6 Si 2 B 5 Q b,..,,, -,,. Q c. CШ 71 Ni 12 Fe 6 Si 6 B 4, Ni, Co Fe,,. CШ 82 Fe 4 Cr 3 Si 8 B 3,, 56γ 0. 1 Q before Q cryst (mw*s) 1 ( 0 ) 2 ( 0 ) (mw*s) Fe 87 Ni 2 Si 5 B Fe 80 Ni 10 Si 5 B , 558, 583, 593 Fe 66 Co 24 Si 3 B Fe 60 Co 31 Si 3 B Co 87 Fe 6 Si 2 B Co 71 Ni 12 Fe 6 Si 6 B Co 82 Fe 4 Cr 3 Si 8 B : Ni Fe ; Co Fe. Ni Co(Fe), CШ 71 Ni 12 Fe 6 Si 6 B 4,,. 3% Cr Co,., FО 87 Ni 2 Si 5 B 4, Fe 66 Co 24 Si 3 B 7, Fe 60 Co 31 Si 3 B 6, Co 87 Fe 6 Si 2 B 5 Co 71 Ni 12 Fe 6 Si 6 B 4, (-), Fe 80 Ni 10 Si 5 B 5 CШ 82 Fe 4 Cr 3 Si 8 B

304 -,,, β01γ. Si(111),..-..,..., Д1, βж., SТ(111) SТ(111), Cu Co ДγЖ. ТЧ ЬТЭЮ () 15 () ( ±β.0 B, 1 ). Об ЬТЭЮ () (). (MOK). - (). ()..., CЮ -., SТ(111) CЮ Д4, 5Ж. 1β Cu (1 1 (111) Ю,.. β,09 ) SТ(111)-5.55x5.55-CЮ Co 40 Cu γ0 A., Cu.. 1,,,. <110>SТ. Co з 1, з 8, 50., Si(111) Cu,, Co,.1. Cu, CЮ (111),

305 -,,, β01γ.,.. 1., <110>Si, Si(111) CЮ, β70, Cu, Mr/Ms,,. β.. β. Mr/Ms, - Si(111)-5.55x5.55-CЮ/, - Si(111)-5.55x5.55-Cu/Cu/,, 4, <110> :, ,.,...:, ,..,... Si(111) Co //. β010.5β, 1β,. βγ9β ε. εючньмскю, E. BКЮОЫ, А. TОХТОЩЬ, КЧН А. атмс. J. AЩЩХ. PСвЬ. 65(1989)

306 -,,, β01γ. 5. T. Yasue, T. Koshikawa, M. Jalochowski, E. Bauer. Surface Science 493(2001) ,..,...,, ( - ),.,..,,.,,.,......,., -..,,.,,,. -,,. - [1, 2]. 306

307 -,,, β01γ.,.,,,,., -, [3]...,,.,..,,.. [4]..,.,.,,, , (1) d S t x y t x y,, : v y d y x 2 y S, 2 y r xx y y v x x d y 2 x S, x xx y y : Lx 2 S Ly, (5) Ly 2 S Lx., 1 2, (5) x1 0, y 10 x2 0, y 20.., ( 1 2, -),.. 2, (2) S S S S S,, r0. 307

308 -,,, β01γ..,.,. 3. Lx, L y. a) 0.18, 1 0.1, 2 0; ) 0.04, 1 0.1, 2 0 ; ) ,,.,,,.,. 1. T. Simula. Collective dynamics of vortices in trapped Bose-Einstein condensates. Physical Review A. V. 87, E. B. Sonin. Vortex oscillations and hydrodynamics of rotating superfluids. Reviews of Modern Physics. V. 59, pp , β9,. 7γ , ,. β09β

309 -,,, β01γ...,.., ,.. - (). - «Ortec», Tektronix DPO βt 0 = β47, = γ9,5 / n e, i R i Д1-3]., : β γ, (1) n e, i, u i, -. Д1,βЖ -. - ( 3, I 3 ), ( 2, I 2 ),,

310 -,,, β01γ. 2, 3, I 2, % I 3, % Kβ, 1/ Kγ, 1/ «IЧЬЮХКЭ» 0,276 0,972 19,15 2,18 27,38 8,78 «CШЧНЮМЭ» 0,326 0,396 39,14 2,01 249,64 13,94 ( 3, I 3 ) (K2, K3) Kβ,.,.. β β, ( ). γ γ. 2, /, Condact1T 7,78E-05 1 Condact2T 1,02E-04 2 Conduct3T 2,17E-04 3 Conduct5T 7,71E , 3, I 2, % I 3, % Kβ, 1/ Kγ, 1/ Condact1T 0,339 0,719 21,00 1,65 57,41 7,07 Condact2T 0,292 0,849 14,07 2,72 26,31 11,20 Conduct3T 0,326 0,864 19,99 1,57 33,27 5,60 Conduct5T 0,285 0,970 23,67 1,48 21,83 5,02 3. β. 310

311 -,,, β01γ.. γ. β (. γ),,,. β-γ (sigma) (β) (.γ), 1-β β., ( ),,, //., 2002, 17β, 1 2. Goldanskii A.V., Onishchuk V. A., Shantarovich V. P. Some Principles of the Studies of Positronium Annihilation in Polymer Systems. // Phys. Stat. Sol.(a) 102, 559 (1987). 3. Brandt W., Berko S., Walker W. // Phys. Rev., 120, 1289 (1960) :, , ,....,,, Fe 7 Co 71 Ni 12 [B,C,Si] 10.,,. 510.,. ( t 0 = ) γ0.,. 311

312 -,,, β01γ.,,.,,.. 4,γ* ,,. 17,8 /. 150 (1500 ).. β0, β.. γ ( ).. 1., β = /,, ( ), = s / so, s, so ( ). = (/), (/).[1]. 71,5%,,, 1,715, so. so, s (T) ( ). ( ).β.,. 312

313 -,,, β01γ. s, 2 t, 0 C s(t),, 650. (.γ)., β50..γ (). 500., β50, (480 0 ) ( ).. 4 s(t) 800.,, 6β0. 313

314 -,,, β01γ.. γ. s(t) 650., (. ) M. 4. s(t) 800,, β50 0, s(t), ( ), ,.., (11β1 0 ) :,

315 -,,, β01γ. Co,,..-.., Si(111) SiO 2 Cu Co , 1β00 0. Si(111) Cu Co. Cu Co 1 / 0,γ /. Cu β,4, 7. Ga , / 2. ТЧ ЬТЭЮ () 15. Об ЬТЭЮ () (). (MOK).. Si(111)/SiO 2,, 1. Si(111), (111), <110>Co <112>Si, , K u,, 315

316 -,,, β01γ. 4, β., SiO 2. Ku, 10 5 / 3 Hc,, / 2, / 2. β., -,, K u / 2 ( ),.,, / 2, / 2 ; / 2. Tl Au/Si(111)..,..,..,..,..., -,.. - ( -) [1].. () (-) 316

317 -,,, β01γ. Au/Si(111) Tl. γ γ-au γ γ, (. 1). (. 1) Au, Si [2]. γ γ-au - (. 1). ~0,15 Tl Si(111) γ γ-au,, (з500 ). Tl,. 1. () Si(111) γ γ-au () Tl. () - Si(111) γ γ-au () Tl, γ γ (. 1). 110 Tl.,,. Tl 0,05β (. 1). AЮ/SТ,,,,,,. 317

318 -,,, β01γ. 1. Yaji K., Ohtsubo Y., Hatta S., Okuyama H., Kimura K., Namatame H., Taniguchi M., Aruga T. Large Rashba spin splitting of a metallic surface-state band on a semiconductor surface // Nature Communications Vol. 1. P Ding Y. G., Chan C. T., Ho K. M. Theoretical investigation of the structure of the ( γ γ)rγ0 -Au/Si(111) surface // Surf. Sci Vol P.L691-L696. CШP,,..-..,.. CШP,. : 1, 100, Д1Ж. 1 β0., (β0 ) (-19γ ),. CШP,, (. 1). 0,4 1,5, 50.. (. 2)..., ,7 1. γ,5 () ,5, (. γ). 100 (), 70 β

319 -,,, β01γ.. 1. CШP,. β. CШP,. γ. CШP,. 4. CШP, 1000, , :., β006,

320 -,,, β01γ. X...,..,...,..,,.,,.,,..., [1].,., (), (), (),,. γγ, 4γ, γ5, γ1 31 %.,., 37% , ( ); 14β0 14β4-1 ( ). ( ), β -1, ( ). 320

321 -,,, β01γ γ00-1 SТ-τ, [2].,. 0,015; 0,023; 0,030; 0,038; 0,045; 0,053; 0,060; 0,075 %-.. UNICτ 1β , β.. 1.,,.,,.. β. (,, ),,, (,, ). (,, ),.,,,.,. 321

322 -,,, β01γ. 1. Hameed, B. H. Equilibrium and kinetic studies of methyl violet sorption by agricultural waste / B. H. Hameed // J. Hazard. Mater N P /..,..,..,..,.. // γ.. 1γ ,...,...,.,,..,,.,,,.,, Д2, 4]. (-) ,,,. 1 ( ) Д3] V, 3 / S r,, V 2 V V / - 0,62 0,60 0,02-0, ,60 0,08 0,45 0,07 10, ββ ± 1 1:100, 1:β00, 1: :1000, 1:2000, 1:

323 -,,, β01γ.. 1. (1), (β) - (3): C (1) = 1 + C = C Ч P ХР = (3). β, [1]. Fu, Hansen, Bartell [5] (-G = RTlnK). 3., [3].,, -709 (. 1)... 1,.,, -,.,. 2 y ( ) R 2 ( ) :200 1:400 1:3000 y -11,815x + 7,4655 3,6296x + 0,2615 0,4391x + 0,0799 R 2 0,0598 0,3929 0,7788 y 0,4892x 1,97 0,8705x 1,5807 0,3422x + 1,1409 R 2 0,5932 0,7464 0,8113 y 0,0239x 2,0844 0,0557x 2,6681 0,0206x 0,7704 R 2 0,6434 0,7605 0, (), (-G) :200 1:400 1: ,2 1444,7 1182,9 Fu, Hansen, Bartell -G, / , 0,05 /.,. (. β). (2) 323

324 -,,, β01γ :100-1: %. ( = 0 /) -709 (: = 1:β00) 1,4 /. : = 1:β000 = β /. -709, β., :100-1: %. γ : 1:β00 (), 1:400 (); - -1:3000 (); -709 : 1:200 ( ) - 1:γ000 ( ) (). β. (S, %) (, /) : -709 : 1:100 (1), 1:β00 (β), 1:400 (γ); 324

325 -,,, β01γ. - : 1:1000 (1), 1:β000 (β) 1:γ000 (3). 1., ,.. :.., β.,.. /..,..,.. // β.. 5β ,.. /..,... : -, FКТЫцЧ-JТЦцЧОг, D. AНЬШЫЩЭТШЧ ШП BОЧгОЧО, TШХЮОЧО, КЧН БвХОЧОЬ ШЧ εшчшхтэстм CКЫЛШЧ AОЫШРОХЬ ПЫШЦ DЫв AТЫ FХШаЬ / D. FКТЫцЧ-JТЦцЧОг, F. CКЫЫКЬМШ-εКЫъЧ, C. εшыочш-castilla // Langmuir Vol. 23. P Fu, J. Thermodynamics of adsorption from solution. The coalition activity coefficient of adsorbed layer // J. Fu, R. S. Hunsen, F. E. Bartell // J. Phys. Coll. Chem Vol. 52 P ( ),...,..,,. [1] ,,. [2]..,, ДγЖ. :,,, Д4Ж.,. ( ) ( ). [1]. 325

326 -,,, β01γ. 4 ( ) : , ; ; ; β4 [1]. : ; , (, ); , -, ,. 1.,, (2-2012),,.. () 6-7,.,,,, ()., (3-2012) (5-2012),, (4-2012). ( ), β 5,5.,..,.,.,,.,., (2-2012) (5-2012)..,.,.,., «,,,,,,.,,, (). (1-2012).. (2-2012).,.. 326

327 -,,, β01γ.,

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329 -,,, β01γ. 1.,.... Д Ж : 2.,.. /.. // - (- ) ,.. ( ) /.. // γ.. 11γ ,.. /..,..,..,..,..,.. // :...,.,,., : - (); - ; -.,,.,, 15 β0 %..,,,,,, Д1-γЖ. ДβЖ. ДγЖ ,...,,. 329

330 -,,, β01γ. : ; - 0,γ15 +0,γ15-1; - 0,β +0,β -0,315;. - - «GC 6890 Plus» («AgilentTechnologies», USA) N («AgilentTechnologies», USA) HP5-MS (30 0,25 0,β5 ) : 1 ; β ; γ ; 4 ; 5 β

331 -,,, β01γ ^ γ15 0.β. 2. β, 0.β,, γ15. 0.γ15 NТ/CЫ Cr /Cr, 3 : : ,γ15-1, Ni/Cr; ,γ15-1, Cr /Cr. - - γ. 3..,,. 331

332 -,,, β01γ.. 3. γ, Cr /Cr. Ni/Cr. : ,β -0, Ni/Cr. 1. Highly effective P-modified HZSM-5 catalyst for the cracking of C 4 alkanes to produce light olefins // Guiyuan Jiang, Li Zhang, Zhen Zhao, Xinyu Zhou // Applied Catalysis A: General Vol ; 2. /..,..,..,.. // γ ; 3. Zeolite-based materials for novel catalytic applications: Opportunities,perspectives and open problems / Ji.ri.Cejkaa, Gabriele Centib, Joaquin Perez-Parientec, Wieslaw J. Rotha // Catalysis Today Vol

333 -,,, β01γ....,..,..., ( γ /) [1, 2]. (4/).,. ( )., - ().,. (< 0,1 / 3 ).,., -,.. (,,, ) [3].,. () γ00 90 (, γ60 ). β0 %. ( -).,. (-) 10, β0, γ0 ( γ00 )., -.,

334 -,,, β01γ. ph, / 3, /, /, % 7,0 0,265 2,64 5,80 1-5,5 0,214 2,96 4,92 1-6,0 0,244 3,83 3,00 93, %..,,,,.,.. 1.,.. // : /.. // ,.. /..,... :, β005. β68.,.. : /..,... :, β β ,..,,,. Д1Ж...,,,.,,,.. 334

335 -,,, β01γ.,. : (., 51); ( ); ( ); ( )...., :,,,,,,,,,. ДβЖ. Hach DR B1 (Hach Company (rhymes with "Bach"), ). ДγЖ.,,,, Д4Ж.,.,.,,... β011. «,, β01β..,...,. β01β.,.,,.,,,. ()..,,., β01β.,.. 335

336 -,,, β01γ.,....,,,,,,.,.,,,.,,,.,,,.,,..,,,.,,,,,,,,,,.,,,.,,.,,. 1 /.,.,.,.,...,..//. β ,.. /.... : -, 1970 γ91. 3 DR β800:.., β ,... /..,.. // :,, , β011.. γ

337 -,,, β01γ....,...,.,.,,. β,14 %.,.,.,,,., FОS ( )..,,,. ( ).ДγЖ,.,.,. :, ;, ; ; ;, ( ) ; -.. β01β 1,547.,.,, γ,1%. β,5%, β007. АШЫХН SЭООХ AЬЬШМТКЭТШЧ, β01β,,,,,,,. :,,,., ( 0,γ%), β,5 4,γ%,.Д5Ж 337

338 -,,, β01γ., -.. 0,44, 0, ;. 1,64*10-3 /, 5,5 [1].... () ДβЖ..,. :,.,.,, Zn 2+.,.,,... () ()., ()., (). :,. (),, 338

339 -,,, β01γ.,. (),,.,.,,,.,,,,,.,,,., [3]. β..,.. β. (Fe+C).,,..,,..,.,,,.Д4Ж,

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341 -,,, β01γ., β,4-. β, , β,4-. SТτ 2 ЧH 2 τ ЧSТτ 2 ЦSЛ 2 O 3 ФH 2 τ.,, SiO 2 ЧH 2 O (), SТτ 2 ЧH 2 τ KAlSi x O y ЧHβτ.,,,. 2, / - 2,4-, ppm 2,4-, % 1 0, , , , SiO 2 ЧH 2 O () 0, , , , SiO 2 ЧH 2 τ 0, SiO 2 ЧH 2 τ 0, nsio 2 ЦSЛ 2 O 3 ФH 2 O 0, , KAlSi x O y ЧHβτ 0, β. 341

342 -,,, β01γ. 2 / 0, / 5 1 1,2-2 β,4-0,1 / 3 β,4-4 β,4-819,0 787,5 23,2-49,5 33,3 [4], 80 % (,, ). β,4-,. β,, β,4-,. -,.,. 5 β,4-., β,4- (100 %). SТτ 2 ЧH 2 τ (γ0 %) nsio 2 ЦSЛ 2 O 3 ФH 2 O (32 %). β,4-,, γβ-0β... β,4-,,.. β00γ β. βγβ68.1β-78., γ. 5β.β4.4β0-β β006 5γ 4., /..,..,..,. // ,. β.. γβ

343 -,,, β01γ.,,,...,.., γ0 %,. ( γβ ), Д1Ж. -..,. :,,,,. ()., / ( /), /.,,. : 1., -, () , 1-0, β,56 2. (, 15 ),. ДγЖ. (Na 3 PO 4 12H 2 O, = /). «..». (), 343

344 -,,, β01γ. -4,, Д4Ж. 0,β 1,5, 1 β %.. 0, ( ).,,,,,,, Дβ, 5Ж., ( U = 450 ), 660. (),, -, ,460-2-β4. ( ). - γ10 γ40 º,,., β,,,,., γ10,,,., γ40 º,. 344

345 -,,, β01γ : 1, γ10 º; β, γ40 º; γ ,, β-γ. 3.,. -, /..,.. // ,.. /..,..,.. :, β008 14β. 3..., // γ ,.. 4β. /.., β. 5. Gnedenkov S.V., Sinebryukhov S.L., Mashtalyar D.V., Egorkin V.S., Tsvetnikov A.K., Minaev A.N. Charge at the Antiscale Composite Layer-Electrolyte Interface // Protection of Metals ЯШХ.4γ, 7. p

346 -,,, β01γ.,...,...,,,. 14. ( β009.) [1]., - (). () ( ), XX, ().,,,...,,. (, ), [2]. [4, 5]. - Дβ]., ( ),. β011. XX. (. ) (. ), (. ) (..,, ) [6]. - : Cu, Zn, Ni, Cd, Pb, As, Ag -. [3].,,,.,,, [4]. 346

347 -,,, β01γ. ( ) (. 1). 1 (/. ) Zn Cu Cd Ni Pb As Ag ( )., ,1 8,3 1,2 - -., , ,4-43,6 0,8-1,9 1,6-7,3 0,32-0,67.. 5,9-17,1 ( ) ,4 5,3 0, ()., ,8-19,3 0,3-0,5 0,7-1,9 0,6-1,1 0,10-0,19 1,3-1,5 ( ± ) 1γ6± βγ± 1.6± 1β± β1± ,8 0,25-1,1 0,16-1,40 0,38-0,96 0,06-0,1 0,9-1,8 ;...,,, Д6Ж.,, [2]..,, [4, 5].,,,, (. 1).. [7]., Pb, Cd, Zn, Cu Ni Ag,,, 347

348 -,,, β01γ. As, ,, -, β-γ ( ). As,. As,. : 1),.,, Zn, Cu, Cd, Pb, As, Ag. Ni,,. β),,, : : > >. γ) As Ag., As, As. 1. Д Ж / :. : 2.,.. /..,.... :, γ1β.; 3. Medvedeva L.A. Biodiversity of aquatic algal communities in the Sikhote-Alin biosphere reserve (Russia) // Cryptogamie, Algol., 2001, V. 22 (1). P ; 4.,.. // -. : P ,.. - //., βγ-β6 β006. /....,....:, γγ8. 6.,.. : /... :, β01β Ramelow,G. J. Periphyton as monitors for heavy metal pollution in the Calcasieu River estuary / G. J. Ramelow, R. S. Maples, R. L. Thompson // Environmental Pollution, 1987, V. 43 (4). P

349 -,,, β01γ.,,...,... (),,. [1,5].. -,.,,,. -,, [2,3,6]., -3. : 1. ; β. ; γ. -3; 4. ;, -γ. 1,5,, β0 γ0., GRIPO 1V,..,. 10 γ0. : (C 4 H 4 O 6 K 2 0,5 2 ), (NaF) (K 2 B 4 O 7 10 H 2 O)[2,4]. 25, ph 9,3. (,, ), (- 349

350 -,,, β01γ. ). :, A B,. [1], -3. :, (, ) : U= , t= β01,, β5 40. :, (, ) : U= , t= β01, β5 40. :, (, ) : U= , t=20 γ0. β01, β (. 1).. 1. : 1 -γ+, (); β -γ+, (); 3 -γ+, (); 4 -γ+, ( ) ,.,,,., 350

351 -,,, β01γ., -γ+, (), , /..,..,..,..,..,.. //.., β000,. 7γ, ,.., /..,.. // :,, β004, β,. β /..,..,..,..,..,.. // :,, β006, 8,. γ Production of hard and heat-resistant coatings on aluminium using a plasma microdischarge / S. V. Gnedenkov, O. A. Khrisanfova, A. G. Zavidnaya, S. L. Sinebrukhov, A. N. Kovryanov, T. M. Skorobogatova, P. S. Gordienko // Surface and Coatings Technology P /..,..,..,..,..,..,.. //. 1999,. γ5, 5,. 5β /..,..,..,..,..,.. // :, γ ,..,, [1]. -,., ( ), 351

352 -,,, β01γ ( ).,,. [2],.,. - (). 90/130 [3] γ., 150 β5%.., ,, /22-150, ββ. -,, :,, β5 0 25, β5 0 β , : β0, -β0, -10, β β00 /.., [4-7] , , 352

353 -,,, β01γ.,, -,.,, (, ) - ( )., (- γ ), 36 0.,,,. 1...,..,,, 6, β , -., γ(50), β01γ. 3. βββ γ * (),,. (, ),, [1-3]..., β,5; 5; 10, ( ) 80, 100 1β0 353

354 -,,, β01γ. XP-1500 Plus CEM Mars Xpress. 60 ( 6 ). Shimadzu UV-1800., β70. 1, 80, 100 1β ,, 120,. 1β0.,,,.,,.. 80, 6,, ,,,

355 -,,, β01γ. C, / , , , , , , , 100 1β0 (β,5, 5, 10 ) (1-6). 80 1β0 γ-4 β.. 1.,.. /..,..,.. // , γβ /..,..,..,..,.. // ,. γ , /..,..,..,.. // : II. : -. -, β005. I.. γ

356 -,,, β01γ. XI..., (VI)..,..,..,..,..,...,,..,.. +6,,, [1, 2].,., +6.,.. +6, - (VI) - (MoO 2 Cl 2 β). [3] : 2[(PhSiO 1.5 )O 0.5 Na] n + nmoo 2 Cl 2 2 Д( PhSiO 1.5 ) 2 MoO 3 ] n +2NaCl + 2, MoO 2 Cl 2 β. (.1) (. β), (.γ). 1.,. (.β). 91,4 %,, β9,β %. 1, %. {(PhSiO 1,5 ) n MoO 3 } Si Mo Si Mo Si/Mo Si Mo 1 14,7 20,5 4,0 19,5 6,6 10,0 19,5 6,6 2 51,5 29,2 91,4 7,9 42,5 0,6 7,9 42,5 3 27,9 43,1 1,0 21,3 0,9 82,0 21,4 1,0 (.1).β, 11γ8-1, 356

357 -,,, β01γ..,,, Si-O-Si () (.2),, (VI).,,, (.2),..1..2, 1, 3.,, -,,.,., (VI). 1.,.. /..,..,... :, β0γ. 2. Catalytic Properties of the Dioxomolybdenum Siloxide MoO 2 (OSiPh 3 ) 2 and its 2,2'- Bipyridine Adduct MoO 2 (OSiPh 3 ) 2 (bpy) / Sofia M. Bruno, Bernardo Monteiro, Maria Salete BКХЮХК, CКЭКЫТЧК δшюыочхш, AЧКЛОХК A. КХОЧЭО, εкыэвч PТХХТЧРОЫ, PКЮХШ RТЛОТЫШ-Claro and Isabel S. GШЧхКХЯОЬ // Molecules P ,.. /..,.,.. //

358 -,,, β01γ. 1,3-...,... 1,γ-, Д1Ж., 1,γ-.,. [2],. 1,3-.,,,,. O O N H O + H 3 C NH COOH + Ph Ph N N 1 O O Ph Ph N N O N H 2a N CH 3 + Ph Ph N N O 2b N H N CH 3 358

359 -,,, β01γ. O O N H O + H 3 C NH COOH + Ph Ph N N Ph 3 O O Ph Ph N N Ph O N H N CH 3 4a + Ph Ph N N Ph O N H N CH 3, :, 1:β (:). 1,5. (βa; 4a) (2b;4b), β, ,.. - :..... /... : , β010.- ββ. 2. Facile three-component synthesis of spirooxindolepyrrololine ring systems via 1,3- dipolar cycloaddition with 1,4-naphthoquinone / Hua Chen, Shun-Yi Wang, Xiao-Ping Xu, Shun- Jun Ji // Synthetic Communications T. 41. C b ,3,5- -1, ,3,5- -1,5..., ,3,5--1,5 ( I) ,3,5--1,5 ( II) ( )[1]. II ,3,5--1,5 ( III). II. HCl II, - 359

360 -,,, β01γ., -,. II. -. III. -, -. C 2 H 5 OH O O R X N N N O O X N N N O O N HO Cl N + O (I)R= (II)R= N N X N N N O (III)R= N O X=S; O; 1.,.. --'--1,5- : /..., β

361 -,,, β01γ., RUBIA JESOENSIS...,..... Rubia () 60,.,, R. tinctorum R. iberica,,.,, R. cordifolia,,,,,.,,,,,, [2,3]. Rubia jesoensis (Miyabe et Miyake),,.,. R. jesoensis 11. (1), (2) (3), (4), (5) (6) COSY, HSQC HMBC. 7 8,,, - Shimadzu LCMS LH-20, - 1, ,10- (9) 4- -1, ,10- (10)., R. jesoensis (7) (8),., 11. O O R 1 R 2 R 4 R 3 R 1 R 2 R 3 R 4 1 OH O- ß-D-Glu-(1-6)- ß-D-Xyl H H 2 OH CH 3 O- ß-D-Glu-(1-6)- ß-D-Xyl H 3 OH CH 2 OH O- ß-D-Glu-(1-6)- ß-D-Xyl H 4 OH OH H H 5 OH OH H OH 6 OH CHO OH H 7 OH COOH OH OH 8 3 OH OH 9 OH COOCH 3 OCH 3 OH 10 OCH 3 COOCH 3 OCH 3 OH 11 OH COOC 2 H 5 OH H 361

362 -,,, β01γ., Strongylocentrotus nudus. 1. Singh, Ram. 9,10-Antraquinones and Other Biologically Active Compounds from the Genus Rubia / Ram Singh, Geetanjali, S.M.S. Chauhan // Chemistry & Biodiversity Vol. 1. P Rubia cordifolia /..,..,..,..,..,..,..,.. // , Liou, Meei-Jen. Constituents of the Roots of Rubia yunnanensis / Meei-Jen Liou, Pei-Lin Wu, Tian-ShungWu // Chem. Pharm. Bull Vol. 50, No. 2. P , Ph-,...,,..;...,.....,,,.,,,,,, (.,, Д1,βЖ). 4--3,5--1-1Ph- (HPz PhPz ):,, -. ДγЖ ,4-3, PС- (. 1). N 2 H 4 *HCl + F F O B O S OEt P OEt O + N 2 H 3 Ph*HCl H N N S OEt P OEt O Ph N N S OEt P OEt O 362

363 -,,, β01γ GAMESS, - B3LYP, TZV ( ) p- d ,,..... β. HPz. γ. PhPz HPz PhPz,,., N1 PhPz.,, PhPz.., ( = ) N-H HPz. N1-. «-» ( ) Y.-S. Yang et al. / Bioorganic & Medicinal Chemistry Vol. 20. P

364 -,,, β01γ. 2. J.L. Wiley et al. / European Journal of Pharmacology Vol I.V. Svistunova et al. / Russian Journal of General Chemistry ШХ. 81, /...,..,.. ;...,,..... Д1, 2]. (),,, ДβЖ. (), ( 1), ( β).,,,,,., Дγ, 4Ж. (). (ZnCl 2 - ; (, N,N -)-ZnCl 2 -- H 2 PtCl 6 )., ZnCl 2 -,, Д5Ж. ( -- ZnCl 2 -),,. H 2 PtCl 6 6 2, H 2 PtCl 6 6 2, (. 1). 364

365 -,,, β01γ.. β.. = -1,16. 1) 1, β) β, γ) 1 + Pt, 4) β + Pt = - 1, (. γ) (. γ). () (). γ. () (). 1) 1, β) β, γ) 1 + Pt, 4) β + Pt,,, ,. (. γ), -., (. γ γ, 4), H 2 PtCl 6 6 2,, Д5Ж. 365

366 -,,, β01γ.,., H 2 PtCl 6 6 2,. H 2 PtCl β, 4 8 /, β,74 18,58 β5,15. % (. 4). () () (). 4, β (/): β, 4, 8., Д4Ж., K 3 [Fe(CN) 6 ]/K 4 [Fe(CN) 6 Ж.,, β H 2 PtCl ,β5 Д5Ж. : 1), ( 12-I-8-14); 2) ( 12-III ) 3) ( );. 1. Bouzek K., Mangold K.-M., Juttner J. K. // Journal of Applied Electrochemistry V //....., Du Y., Luo X.L, Xu J, Chen Y.H // Bioelectrochem V. 70. P Sieben J.M., Duarte M.M.E., Mayer C.E. // J. Appl. Electrochem V. 38. P ,..,..,.. //...,.,, β

367 -,,, β01γ. -. -,,....., -,.,,, ;.. (. 1).. 1., - Д1-4Ж.,.,. :.. (). 367

368 -,,, β01γ.,,,,.,, 99,99% 14. Naberthern L40/1β (). () (). : , 1 ; , () 2 3. ) ) ). 2.,, ) 100 ; ) γ00 ; ) 600 ) ) ). 3., ) 1 ; ) γ ; )

369 -,,, β01γ...., CN , C25D 11/04, JP , C25D 11/04, Hideki Masuda, Kenji Kanezawa and Kazuyuki Nishio. Fabrication of IdeallyOrdered Nanohole Arrays in Anodic Porous Alumina Based on Nanoindentation Using Scanning Probe Microscope // Chem. Lett P ,..,.. //. β01β ,,....,.,,,,..,.,,..,..,,,,.,, 99,99% 14. :, (1)..,. -,,. 369

370 -,,, β01γ. = 0,4, = 0,5 0,6. 0,1 0,β 0,7 0,8 Д1,βЖ., 0,1 0,β. (1), 70 1γ0. Naberthern L40/1β (). () (). : 1) , 1 ; 2) (. 1).. 1. Дγ,4Ж : ; (2) D, ; t, ; B,., (3), ; F J,. (β) (γ) 1. 1 (2) (3) A B F J A B F J ,251 0,176 0,252 0,002 7,09 26,88 0,389 0,481 0,135 0,003 18,84 72,83 19,88 0,001 60,91 0,001 β γ.. 370

371 -,,, β01γ., Д1, βж,.,.., : ) ; ). 3. : ) ; ),. 1. Callister, W. D. Materials Science and Engineering An Introduction, 7th edition / W. D. Callister John Wiley & Sons, ,....:, β ,.. :. :, β004. 1γ8. 371

372 -,,, β01γ :, β. 1,5-...,,.., 1, ,5- N-BOC- - I. 1,5- :,-. 1,5- III. N-BOC-- I II. N-BOC-- ( ). III IIIa ( 90%)., III : I, II KτH. γ0. III, IIIa,,, [1]. Ph Ph O Ph O N BOC I Ph (II) CH 2 O BOC BOC N O O III Ph N N BOC O O IV BOC BOC.1. N-BOC-- 1,5-. IV. - I γ6%- 60 C. IV IV 85%. I [2]. -. N N O O HO Ph OH N IIIa BOC IVa 372

373 -,,, β01γ., (III) (IV) 1,5-. 1, S.Z. Vatsadze, M. L. Kostochka, V. P. Lezina, V. G. Vinokurov, N. V. Zyk, Russian Chemical Bulletin, International Edition; Vol. 53, No. 12, pp , β γ.,,, Si/Co β: (10 ) : 1 ( 1 γ), γ ( β 4). 1.8 ( 1-β) 10:1 ( γ-4). : 2nPhSi(OH) 2 ONa + nl 2 6H 2 O Д(PhSiO 1, 5 ) 2 CoO] n + 2nNaCl + 8nH 2 O ( - ) ( 60.9 % 61.β % 1-β; 55.1 % 55.6 % γ-4).., -, -, , -1, ( 1, : Si = 17.4, o = β.5, C = 57.4, Д(PСSТCХτ) 0.86 (PСSТτ 1.5 ) 1β.54 (PСSТττNК) 1.β CШτ)Ж Ч ; β, : Si = 19.β, o = β.1, C = 59.1, Д(PСSТCХτ) 0.6γ (PСSТτ 1.5 ) 17.γ7 (PСSТττNК) 1.β CШτ)Ж Ч ; γ, : Si = β0.γ, o = 0.7, C = 59.9, Д(PСSТCХτ) 1.6γ (PС β SТτ) 9.1 (PСSТτ 1.5 ) (PСSТττNК) β.β CШτ)Ж Ч ; 4, : Si = β0.1, o = 0.5, C = 58.5, Д(PСSТCХτ)(PС β SТτ) 11.γ (PСSТτ 1.5 ) 70.β (PСSТττNК) β CШτ)Ж Ч ). 373

374 -,,, β01γ.,., Co., m /m. = 1.8 Co β.1 β.5, m /m. = 10: , Si Si 10β , Si γ0-1 11γβ γ Co-OSi , - -,.. ( ) d = 11,0114 d = 1β,β064,. ( ) d = 4,547 d = 4,5ββ,., -,... (1) (. 1), Fascaplysinopsis sp. 1988,,,.,, CDK 4., - [1].,,., 6 7. R 2 R 1 374

375 -,,, β01γ. N H O 2 O H N R (1) (2), 6 7, (2), [2, 3]. (3) 6-., 4 5 (. β). O R b 11a (1): R 1 =R 2 =H R1 7a N H a O 13 R 2 12b N + 5 O 13 4a 13a O H N O 3 CH N H O ,5% N H 2 O NКH,, 1 O O. β m/z = β49. - NH- (γγβ0-1 ), ( ), =, ( ) (-10) 6,94.. (1). - (-15-19) 8,05.. (2) ,97 7, ,0β.., -17 7, , ,55 7,46.. (3). NH-, Z-, ,0 111,9... 1β ,γ 19β, , m/z = β49,. (. γ), 6. N H 5 7% 375

376 -,,, β01γ. O H N - H 2 C O Ph O O H N Ph NaH N H 2 O N H O N H O - OH - H N Ph O 6 4 O N H O + O N H -. γ.,,, Д1,β-a:3,4-b'Ж,., 2-(2--2- )-1,2--3H Bharate, S. B. Chemistry and biology of fascaplysin, a potent marine-derived CDK 4 inhibitor / S. B. Bharate, S. Manda, N. Mupparapu, N. Battini, R. A. Vishwakarma // Mini Rev Med Chem V. 12 (7).- P Posner, T. Indigo group. II. A new vat dye from indigo and malonic ester // T. Posner, G. Pyl // Ber B 56.- S Posner, T. Indigo group. IV. A new vat dye formed from indigo and phenylacetic ester / T. Posner, W. Kemper // Ber B 57.-S , -...,...,. [1].,. - (). 376

377 -,,, β01γ.,.,,, [2].,,,., 0,1 Na 2 SO 4 ( 3 ), Na 3 PO 4 ( 1 ), Na 2 SiO 3 ( 4 ) Na 2 B 4 O 7 ( 2 ),.. 1.,, (. 1)., /.,,, -. 1.,.. /.. :, β /....- :, β

378 -,,, β01γ. FUCUS EVANESCENS..., , -, -1γ- 1γ;14- -L-. D-, D-, D-. β 4. [1], [2], [3]..,,,, [4]..,,., [5]. Fucus evanescens,,., Fucus evanescens,. ( ) β011.,. «Agilent»., F. evanescens, SK-MEL-5 RPMI MTS., SK-MEL-5 RPMI /, 7β.. 378

379 -,,, β01γ..,,.. 1. Chevolot L., Chaubet F. Sulphated heteropolysaccharides from Padina pavonia. Bioact. Carbohydr. Polymers V. 16 P Zvyagintseva T.N., Shevchenko N.M., Nazarenko E.L., Gorbach V.I., Urvantseva A.M., Kiseleva M.I., Isakov V.V. Water-soluble polysaccharides of some far-eastern brown seaweeds. Distribution, structure, and their dependence on the developmental conditions. J. Exp. Marine Biology and Ecology V. 294 P ,.., β001.. β Cumashi A., Ushakova N.A., Preobrazhenskaya M.E., D'Incecco A., Piccoli A., Totani L., Tinari N., Morozevich G.E., Berman A.E., Bilan M.I. A comparative study of the antiinflammatory, anticoagulant, antiangiogenic, and antiadhesive activities of nine different fucoidans from brown seaweeds. Glycobiology V. 17 P A. SвЧвЭЬвК, А.J.KТЦ, S.ε. KТЦ, R.PШСХ, A.SвЧвЭЬвК, F.KЯКЬЧТМФК, J.CШЩШМШЯК, В.PКЫФ, SЭЫЮМЭЮЫО КЧН КЧЭТЭЮЦШЫ КМЭТЯТЭв ШП ПЮМШТНКЧ ТЬШХКЭОН ПЫШЦ ЬЩШЫШЩСвХХ ШП KШЫОКЧ ЛЫШаЧ ЬОКаООН UЧНКЫТК ЩТЧЧКЭТПТНК, CКЫЛШСвНЫКЭО PШХвЦОЫЬ. β P (-)-1,3,2-,...,,..,. - - Д1Ж. Дβ,γЖ., Д4Ж. -,. β(-)-1,3,2- : 379

380 -,,, β01γ. H 3 BO 3 BuOH OH OH Ph Ph O B O O O CH 3 1 O B O Ph O O O B OBu O 2 3 O B O O O 4 S CH 3 CH 3 O B O O O 2 CH 3 CH 3 : 1-, β-, γ-, 4- ()., -,., 1,,. 89%, 64%.,,..,, : CH CH 3 3 O O O O 2 S B SO 2 Cl Cl S B 2 O O O O 2 CH CH /..,..,..,.. // γ ,.. β-2--4-(4, - )-6--1,3,2- /..,..,.. // , ,.. 4(N-)-3-- /.. //, 380

381 -,,, β01γ. - -β01β :... :, β01β Vovna, V. I. Photoelectron spectra and electron structure of boron difluoride ethyl acetonete, boron difluoride benzoyl acetonate, and its derivatives / V. I. Vovna, S. A. Tikhonov, I. B. δ ШЯ // RЮЬЬТКЧ JШЮЫЧКХ ШП PСвЬТМКХ CСОЦ Vol. 85 N 11. P ,7-Д(2-)- Ж...,.. 1,5,9-,,.,, NaOH c 86% Д1Ж. I 2,7-Д(β-)Ж,,. I II., I, ( ) - III ( )., ДβЖ. I - III 1:β (T= C). 4- I ( 85% ) Ia t r 12,74 (t 11,2-113,0). 13 I, dept-, -, Ia., (RSRS RRSS) I. 381

382 -,,, β01γ. + + N N T= C O O III O N + + N O III N N 1)T= C 2) H 2 O/H + O O O I O O IV IV. 1. I R S R S R R S S O O I' O O O I'' O. β. I, I ( 1) β. II t r 1β,0γ., Ia II ЭЫ 11,15., I II. 1,5,9-,. O OH NaOH/EtOH O O I O O II. γ. I I. - III 382

383 -,,, β01γ. IV ( 1:β) 110-1β0. I. β II, (tr 11,157 11,477 ) 70%., II I.. II (50 ). t (t r 11,157) dept II., I - III IV. I, 13 I., I. 1. N. S. Kravchenko, T. I. Akimova, V. A. Denisenko. An alicyclic 1,5,9-triketone of 2,6- bis(2-oxocyclohexylmethyl)cyclohexanone. Its cyclic form and interaction with mononucleophiles // Tetrahedron Vol. 64, N ,.. - 1,5-1,5,9-:....: 0β.00.0γ /..., β TiO 2,...,,..., -..,,.. Д1Ж. NH 4 F:HF ( L-1a) C 12 H 25 SO 4 Na ( L-0), () S , L-1a,,

384 -,,, β01γ.,,.,.. 1. L-1a (, ), L-0 (, ) C 12 H 25 SO 4 Na ( L-0),, , 10 β5., ДβЖ.,..,, O 2- Ti 4 +.,,. Ti 4 +,,,. 2- Ti 4 +. ( ). ( 1, β) L-0,,,,. 384

385 -,,, β01γ.. β. L-0 1. %. % Ti O C F N Ti O C F N 68,02 21,21 1,97 8,12 0,68 41,94 39,16 4,85 12,62 1, ,93 17,16 3,62 7,29-46,08 32,91 9,24 11,77 - β 53,61 24,33 12,24 9,24 0,58 26,73 36,32 24,33 11,62 1,00 γ 55,19 20,75 13,93 8,14-29,27 31,80 28,43 10,50 -,.,.,.,,, ДγЖ.,. L-1a.% β9,79 TТ, 41,05, 1β,00 C, 16,58 F. % 55,94 TТ, β5,75, 5,65 C, 12,35 F.,,., Д1,βЖ..,,,, / 5β-..: V TiO 2, /..,..,..,..,.. //

386 -,,, β01γ. 3..., -..,..,.., //. β γ..β ,...,,..., -.,,,, 1:1,. -.., ,...,.....;...,,.. -,, Д1]. - Д2Ж ДγЖ., (1). (γ ) (BF 2 ) Д4Ж. (. 1). 386

387 -,,, β01γ. Ph O B O F F CH 3 NH 4 OH Ph O NH 2 CH Ph BF 3 OEt 2 (BuO) 3 B O B NH F 1 F CH 3 1 (. β), (BF 2 ) [5Ж β. 1 1 (. γ).. γ. : 1 1, 2 BABF 2, 3 1 (c = /), 4 BABF 2 (c = /) 1.. 1, β,75 1,β (=1,β5 ), (=β,75 )