-... ( ). : - a a -,. -,. : ( ),. «11» «.. -» : ,.,.,

Transcription

1

2 -... ( ). : - a a -,. -,. : ( ),. «11» «.. -» : ,.,.,

3 .,, [1]. -,,,,.,.,,. -,, -. - ( ) [2].,.,., ( ) [3],,, -, 3

4 -.,,.,, [4]..,,,, -.,,,. -, -, - -,.., - -,. :, (,,,, ), ; 4

5 - ; - c, / c ; -, - ; : 1. - : (, ), (, ) (ZnO, ITO, -C) (Cu, Ag, Au),,.,.,. 2., -.., 5

6 ., ( ), /,., ( ) / ( ). 4.,.,.,,,, Z- - ( )., ( ).,., (Cu:SiO 2, Cu:ZnO, Cu:ITO, Cu:Al 2 O 3, Au:SiO 2 ) ( ), 6

7 , -. 6.,. -. : / /.,,.. -,,. -,, «RZ-» (< 100 ) - - (,,,, ZnO, ITO, - ). ( ) (, 7

8 ,, ). 2.,,. ( ),.. 3.,, ( ), ( ) ( (3) ). 7. -,. YH 2,. YH 2 YH 3- ( < 1), 8

9 . -..,., ( ), ( ), -... ( )...,..,..,....,.., -...., -.., ,..-.., [1-47]., : «ISSPIC-10» (,, 2000); «EMRS» (,, 2000, 2004, 2007); «SMMIB-2001» (,, 2001); «ISSPIC-11» (,, 2002); 7- «NANO- 7/ECOSS-21» (,, 2002);, «Nanomeeting-2003» (,, 2003); 9

10 «SPP» (,, 2003;,, 2005;,, 2007); «ARW NMMA-2003» (,, 2003); «ASI NATO 2005» (,, 2005); «ICONO/LAT-2005» ( -,, 2005); «SFB 418» (,, 2006); «HBSM- 2006» (,, 2006); - «SPP3» (,, 2007); «ASI NATO 2008» (,, 2008); «NTR 2008» (,, 2008). ( 100, «ISI Web of Knowledge» ( ( ),. ( ). ( ) ,,,. 306, 119,

11 ,,,,..,,, -,,, -.,. -. Z-, RZ-,.,,. - (Cu, Ag, Au) - (Al 2 O 3, SiO 2, - - ) (ZnO, ITO, - ). (DINA- ) ( ) ( ), -, 11

12 .,, ( / 2 ),. (< 100 ) - Cu:Al 2 O 3, Cu:ZnO, Cu:ITO, Cu: -C , ,,,. -,

13 . 2. -, / 2. (. 2). -,,. -., -. -, ,,. -,,,,. 13

14 4 12 / 2 SiO ( / 2 ) KrF (25 ), (. 3),, [5]: T = F (1-R)/l( ) C p, (1) F -, R -, l( ) -, -, C p -, /

15 800,.., < [6]. -, 20-., 50 (. 3), -,.,.,. -,, - ( < 20 )., ( 10 %) -.,, (SiO 2 Al 2 O 3 ),., -. -,. 15

16 ( / ),,.,,. ( ).,,,., 2,, 6-8,, ,. 4., 30, 4 / 2, / 2 ( ) ( ). 16

17 ,. -,.,,. - (. 4),,,, -.,. ( ) - (. 5),. 5., 30, 4 / 2 - (1), (2), (3) (4), (5) : (1) ; (2) ; (3) ; (4) (5) / 2, (6) / 2. 17

18 . 6. 4,.. -. ( ) - - (. 5) (SiO 2, Al 2 O 3, 2). c,, / (. 6),,. -,,.,,, [3]., 18

19 ,,, (, SiO 2, Al 2 O 3 ) (ZnO, ITO) - ( ). (Cu, Ag, Au) Z- RZ- - ( = 1064 ), - ( ), (35 ). T(z), ( ) n 2, (. 7). Cu:SiO 2, Ag: Au:Al 2 O 3 n , T(z) -, / 2. ( ) Cu:SiO 2; ( ) Cu:. 19

20 . 8. T(z) - : (1) Cu:SiO 2 (2) Cu:., Cu:SiO 2 ( / ) Cu: ( / ) ( )., / 2 (. 8) Cu:SiO 2 Cu:., - - ( ), -. (3) , Cu:SiO 2, Cu: Au:Al 2 O

21 ., -, Cu:SiO 2 (3) (13 ). Cu:SiO 2 (55 ) 532 (.9, ). :, (2) 0,, I 0 I sat. = / I sat = / / ( ) T(z), /, ( 0, I sat I)., ( > /,, < /, ). ( = / ), (4-6) 10-6 / Cu:ZnO,,, (532 ) 21

22 . 9. T(z) SiO 2 -, / 2., ( ). T(z) Cu:SiO 2 ( ). (55 ) = /. - Ag:SiO 2 Cu:SiO 2 (354.7 ),. T(z). T(z) (z = 0),. T(z). n 2, / Ag:SiO / Cu:SiO 2. Ag:SiO 2 - (420 ). 22

23 -, (Y),. - LUCAS (Laser-based Universal Cluster Ablation Sourse). Y.,, -, Ar , - Ar (> ) Y, 4-5. in-situ Y,,,, /. 10., in-situ YH 2 YH 3. 23

24 ., Y 2 O 3 Y ( 380 ~ 650 ) (< 300 ). Y. - Y.,., (~10-3 ) YH 2 (fcc)., ~ 100 (. 10)., YH 2 YH 3-x (x < 1) (hcp). Y,. : 1. (< 100 ) : Cu:Al 2 O 3, Cu:ZnO, Cu:ITO, Cu: -C, Ag: Ag:., ( ),, (,,, ). 24

25 2., KrF ( -, SiO 2, Al 2 O 3 ), -,,...,,. -,. 3.,.,, -,., :,,.. 4., ( ) - (, ) ,, ( - ) ( - ). 25

26 5. SiO 2. 6., (10-7. ). 7., Y. Y., (~ 10-3 ) YH 2,. ~ 100 YH 2 YH 3-x (x < 1),. 1. H. Wong. The road to miniaturization. Physics World V.18. P A.K. Sarychev, V.M. Shalaev. Electrodynamics of metamaterials. London: World Scientific, p. 3. U. Kreibig, M. Volmer. Optical properties of metal nanoclusters. Berlin: Shpringer, p. 4. P.D. Townsend, P.J. Chandler, L. Zhang. Optical effects of ion implantation. Cambridge: Univ. Press, p. 5. M. von Allmen, A. Blatter, Laser-beam interaction with materials. Berlin: Springer, p. 6. T. Castro, R. Reifenberger, E. Choi, R.P. Andres. Size dependent melting temperature of individual nanometerßsized metallic clusters // Phys. Rev. B V.42. P

27 1. Stepanov A.L. Optical properties of polymer layers with silver particles / A.L.Stepanov, S.N.Abdullin, I.B.Khaibullin // J. Non-Cryst. Solids V P Stepanov A.L. An optical study of silver particles fabricated by ion implantation in a silicon polymer / A.L.Stepanov, R.I.Khaibullin, I.B.Khaibullin // Phil. Mag. Lett V.77.- P Stepanov A.L. Reflectance of dielectric layers containing metal nanoparticles formed by ion implantation / A.L.Stepanov, D.E.Hole, P.D.Townsend // J. Non- Cryst. Solids V P Stepanov A.L. Formation of silver nanoparticles in soda-lime silicate glass by ion implantation near-room temperature / A.L.Stepanov, D.E.Hole, P.D.Townsend // J. Non-Cryst. Solids V P Stepanov A.L. Modification of size distribution of ion implanted silver nanoparticles in sodium silicate glass using laser and thermal annealing / A.L.Stepanov, D.E.Hole, P.D.Townsend // Nucl. Instr. Meth. in Phys. Res V.B49.- P ,, /.. // V.89., Stepanov A.L. Excimer laser annealing of glasses containing implanted metal nanoparticles / A.L.Stepanov, D.E.Hole, P.D.Townsend // Nucl. Instr. Meth. in Phys. Res V.B166/167.- P Formation of the metal/polymer composites by ion implantation / A.L.Stepanov, S.N.Abdullin, V.Yu.Petukhov, Yu.N.Osin, R.I.Khaibullin, I.B.Khaibullin // Phil. Mag V.B80.- P Synthesis of yttrium clusters / A.L.Stepanov, G.Bour, M.Gartz, Yu.N.Osin, A.Reinholdt, U.Kreibig // Vacuum V.64.- P , /..,..,.. // , 11.- C Large enhancement of the third order optical susceptibility in Cu-silica composites produced by low energy high current ion implantation / J.Olivares, J.Requejo-Isidro, R.del Coso, R.de Nalda, J.Solis, C.N.Afonso, A.L.Stepanov, D.Hole, P.D.Townsend, A.Naudon // J. Appl. Phys V.90.- P

28 12..., - /.. // , 4.- C Laser annealing of sapphire with implanted copper nanoparticles / A.L.Stepanov, U.Kreibig, D.E.Hole, R.I.Khaibullin, I.B.Khaibullin, V.N.Popok // Nucl. Instr. Meth. in Phys. Res V.B178.- P Novel laser universal cluster ablation source - LUCAS / A.L.Stepanov, M.Gartz, G.Bour, A.Reinholdt, U.Kreibig // Vacuum V.67.- P Stepanov A.L. Formation of metal nanoparticles in dielectrics by low energy ion implantation / A.L.Stepanov, D.E.Hole // in Resent Research Development in Applied Physics V.5. Kuala, India: Transworld Research Network P Stepanov A.L. Copper ion implantation and laser annealing of silica / A.L.Stepanov,. D.E.Hole, P.D.Townsend // Nucl. Instr. Meth. in Phys. Res V.B191.- P Optical properties of polymethylmethacrilate with implanted silver nanoparticles / A.L.Stepanov,. V.N.Popok, I.B.Khaibullin, U.Kreibig // Nucl. Instr. Meth. in Phys. Res V.B191.- P Stepanov A.L. Laser annealing of metal/dielectric nanocomposites formed by ion implantation / A.L.Stepanov, D.E.Hole // Phil. Mag. Lett V.82.- P Stepanov A.L. Laser annealing of glasses with implanted metal nanoparticles / A.L.Stepanov // in. Recent Res. Devel. Non-Crystalline Solids V.3. Kuala, India: Transworld Research Network, P /..,..,..,. // , , /..,..,..,..,. // T.95, Stepanov A.L. Modification of implanted metal nanoparticles in the dielectrics by high-power laser pulses / A.L.Stepanov // Rev. Adv. Mater. Sci V.4, No.2.- P Nonlinear optical properties of metal nanoparticles implanted in silicate glass / A.L.Stepanov, R.A.Ganeev, A.I.Ryasnyansky, T.Usmanov // Nucl. Instr. Meth. in Phys. Res V.B206.- P

29 24. Saturated absorption and nonlinear refraction of silicate glasses doped with silver nanoparticles at 532 nm / R.A.Ganeev, A.I.Ryasnyansky, A.L.Stepanov, T.Usmanov // Optical and Quantum Electronics V.36.- P Stepanov A.L. Ion synthesis of metal nanoparticles in polymer / A.L.Stepanov // in Recent Rec. Devel. Coll. Inter. Res., V.2. Kuala, India: Transworld Research Network P Stepanov A.L. Nanostructuring of silicate glass under low energy Ag-ion implantation / A.L.Stepanov, V.N.Popok // Surf. Sci V P /..,..,.,..,..,.,. // , Stepanov A.L. Chapter 8. Optical extinction of metal nanoparticles synthesized in polymer by ion implantation / A.L.Stepanov // in. Metal-Polymer nanocomposites Danvers, USA: John Wiley & Sons., Inc P Characterization of nonlinear optical parameters of copper- and silver-doped silicate glasses at = 1064 nm / R.A.Ganeev, A.I.Ryasnyansky, A.L.Stepanov, T.Usmanov // Phys. Stat. Sol V.B241.- P Saturated absorption and reverse saturated absorption of Cu:SiO 2 at =532 nm / R.A.Ganeev, A.I.Ryasnyansky, A.L.Stepanov, T.Usmanov // Phys. Stat. Sol V.B241.- P.R1-R ,. ( ). /.. // , /..,..,..,. // , Application of RZ-scan technique for investigation of nonlinear refraction of sapphire doped with Ag, Cu, and Au nanoparticles/ R.Ganeev, A.I.Ryasnyansky, A.L.Stepanov, C.Marques, R.C.da Silva, E.Alves // Opt. Comm V P Nonlinear optical absorption of ZnO doped with copper nanoparticles in the picosecond and nanosecond pulse laser field / A.Ryasnyansky, B.Palpant, S.Debrus, 29

30 R.Ganeev, N.Can, C.Buchal, S.Uysal, A.Stepanov // Appl. Opt V.44.- P , /.., C.Marques, E.Alves, R.C.da Silva, M.R.Silva,..,..,. // , Stepanov A.L. Fabrication of metal nanoparticles in sapphire by low-energy ion implantation / A.L.Stepanov, I.B.Khaibullin // Rev. Adv. Mater. Sci V.9.- P ( ) /.. // , Stepanov A.L. Optical properties of metal nanoparticles formed by ion implantation and modified by laser annealing / A.L.Stepanov // in Functional properties of nanostructured materials.- Dordrecht :Springer, The Netherlands P Nonlinear optical properties of copper nanoparticles synthesized in ITO matrix by ion implantation / A.I.Ryasnyansky, B.Palpant, S.Debrus, R.I.Khaibullin, A.L.Stepanov // J. Opt. Soc. Am. B V.23.- P Al 2 O 3 /.., C.Marques, E.Alves, R.C.da Silva, M.R.Silva,..,.. // Z- -, /..,..,..,., C.Marques, R.C.da Silva, E.Alves // Optical nonlinearities of Au nanoparticles embedded in a zinc oxide matrix / A.I.Ryasnyansky, B.Palpant, S.Debrus, U.Pal, A.L.Stepanov // Opt. Comm V P , - /.., B.Palpant, S.Debrus, U.Pal.,.. // ,

31 44. Stepanov A.L. Fabrication of metal nanoparticles in polymers by ion implantation / A.L.Stepanov // in Nanostructured materials for advanced technological application.- Berlin :Springer Science P Stepanov A.L. Chapter 2. Laser annealing of composite materials with metal nanoparticles / A.L.Stepanov // in High-power and femtosecond lasers: properties, materials and applications.- New York, Nova Sci. Publ P , - /..,..,..,.. ; , - /..,..,.,. ;