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Course: PHYSICS 303, Spring 2012
School: Swiss Federal Institute...
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and Racks Rack Mount Kits Instrument Model Number 197A 480 485 428 486 487 2182 2300 Series 2700 6430 6485 2750 220 224 230 263 595 614 740 775A 6512 236 237 238 228A 590 595/230-1 248 707A 708A 776 7002 3300 Series 1 2 Single Fixed 580 776 2000 Series 2400 Series 2500 Series 6514 6517A 7001 230-1 617 1010 4288-1 4288-7 1019A-1 1938 2288 2288-1G 248-RMK-1 Included Included 7768 7002-RMK-1 3900-1 Single Slide1...

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and Racks Rack Mount Kits Instrument Model Number 197A 480 485 428 486 487 2182 2300 Series 2700 6430 6485 2750 220 224 230 263 595 614 740 775A 6512 236 237 238 228A 590 595/230-1 248 707A 708A 776 7002 3300 Series 1 2 Single Fixed 580 776 2000 Series 2400 Series 2500 Series 6514 6517A 7001 230-1 617 1010 4288-1 4288-7 1019A-1 1938 2288 2288-1G 248-RMK-1 Included Included 7768 7002-RMK-1 3900-1 Single Slide1 Dual Fixed 1017 4288-22 4288-43 4288-54 1019A-2 4288-43 Type of Mount Shelf Side Shelf Shelf Rear bracket Bracket w/handles Shelf Bracket w/handles Bracket w/handles Model 248-RMK-1 Fixed Rack Mount Kit: Enables rack mounting of one Model 248. For use with: 248 HEIGHT: 89mm (31/2 in). 1939 2289A 1019A-2G 248-RMK-2 7079 4288-54 7002-RMK-2 3900-2 Slide rack mount kits are not compatible with equipment cabinet Models 8000-10, 8000-14 and 8000-17. Model 4288-2 mounts any two of the listed models, except 776. 3 Model 4288-4 mounts: ANY ONE plus ANY ONE 220 224 230 230-1 263 428 486 487 2000 Series 595 614 617 740 775A 2182 2300 Series 2400 Series 2500 Series 2700 6430 6485 6514 6517A 4 Model 4288-5 mounts any one or two of the listed models on a shelf-type mount. 7001 Model 248-RMK-2 Fixed Rack Mount Kit: Enables rack mounting of two Model 248s side by side. For use with: 248 HEIGHT: 89mm (31/2 in). 1019A-1 Model 1017: Similar to Model 1010 but mounts any two Models 197A and 580. For use with: 197A, 580 DIMENSIONS: 132mm high 483mm wide 254mm deep (51/4 in 19 in 10 in). 1019A-2 Model 1010: A shelf-type kit for mounting a single unit. For use with: 197A, 580 DIMENSIONS: 132mm high 483mm wide 254mm deep (51/4 in 19 in 10 in). For use with: 220, 230, 230-1, 263, 595 DIMENSIONS: 132mm high 483mm wide 356mm deep (51/4 in 19 in 14 in). 1.888.KEITHLEY (U.S. only) www.keithley.com A G R E A T E R M E A S U R E O F C O N F I D E N C E INSTRUMENT ACCESSORIES Models 1019A-*: Fixed rack mounting kits for half-rack, 127mm (5 in) high instruments (see Selector Guide). 1019A-1 Rack mount kit for 1 instrument 1019A-2 Rack mount kit for 2 instruments Racks and rack mount kits Bracket w/handles Side Side Side Side Bracket w/handles Side Racks and Rack Mount Kits Racks and rack mount kits Model 1938 Fixed Rack Mount Kit: Consists of two flanged brackets and hardware for mounting the Model 236, 237, or 238 in a standard 48.3cm (19 in) equipment cabinet. Can be used with Model 8000, 8000-10 or 8000-14. 89mm (31/2 in) height. For use with: 236, 237, 238 Model 2289A Slide Rack Mount Kit: Consists of two sets of flanged brackets, equipment slides, and hardware for mounting the Model 228A and 590 in a standard 48.3cm (19 in) equipment cabinet. Can be used with Model 8000. 132mm (51/4 in) height. For use with: 228A, 590 Model 4288-1 Fixed Rack Mount Kit: Singleunit rack mount kit. Height: 88mm (31/2 in). For use with: 428, 486, 487, 776, 2000 Series, 2182, 2300 Series, 2400 Series, 2500 Series, 6514, 6517A, 2700, 6430, 6485, 7001 Model 1939 Slide Rack Mount Kit: Consists of two sets of flanged brackets, equipment slides, and hardware for mounting the Model 236, 237, or 238 in a standard 48.3cm (19 in) equipment cabinet. Can be used with Model 8000. 89mm (31/4 in) height. For use with: 236, 237, 238 Model 3900-1: Single-unit rack mount kit. Includes all necessary hardware to mount one unit in a 132mm (51/4 in) high rack space. For use with: 3321, 3322, 3330, 3910, 3930A, 3933A, 3940 Model 4288-2 Fixed Rack Mount Kit: Enables rack mounting of two Models 428, 486, 487, 2000 Series, 2182, 2300 Series, 2400 Series, 6514, 6517A, or 7001. Height: 88mm (31/2 in). For use with: 428, 486, 487, 776, 2000 Series, 2182, 2300 Series, 2400 Series, 2500 Series, 6514, 6517A, 2700, 6430, 6485, 7001 INSTRUMENT ACCESSORIES Model 4288-4 Fixed Rack Mount Kit: Enables rack mounting of one Model 195A, 196, 220, 224, 230, 263, 595, 614, 617, 705, 740, 775A, or 6514 plus one of the instruments listed below. Height: 132mm in). (51/4 Model 2288 Fixed Rack Mount Kit: Consists of two flanged brackets and hardware for mounting the Model 228A and 590 in a standard 48.3cm (19 in) equipment cabinet. Can be used with Model 8000, 8000-10, or 8000-14. 132mm (51/4 in) height. For use with: 228A, 590 Model 3900-2: Dual rack mount kit. Includes all necessary hardware to mount two units side by side in a 132mm (51/4 in) high rack space. For use with: 3321, 3322, 3330, 3910, 3930A, 3933A, 3940 For use with: 195A, 196, 220, 224, 230, 230-1, 263, 428, 486, 487, 595, 617, 740, 775A, 776, 2000 Series, 2182, 2300 Series, 2400 Series, 6512, 6514, 6517A, 7001 1.888.KEITHLEY (U.S. only) www.keithley.com A G R E A T E R M E A S U R E O F C O N F I D E N C E Racks and Rack Mount Kits Model 8000-10: A standard 10-inch high, 19-inch wide equipment cabinet for enclosing instrumentation for bench or automated test system application. The Model 8000-10 will accept most Keithley mainframe models and fixed rack mount kits. The cabinet is supplied with rubber feet for benchtop applications, and the sturdy steel construction will support additional instrumentation stacked on top. For use with: 707A For use with: 428, 486, 487, 2000 Series, 2182, 2300 Series, 2400 Series, 2500 Series, 6514, 6517A, 2700, 6430, 6485, 7001 Model 7768: Single fixed rack kit for mounting Model 776. Height: 88mm (31/2 in). For use with: 776 Model 8000-14: A standard 14-inch high, 19-inch wide equipment cabinet for enclosing instrumentation for bench or automated test system application. The Model 8000-14 will accept all Keithley mainframe models and fixed rack mount kits. The cabinet is supplied with rubber feet for benchtop applications including enclosure of the 707A Switching Matrix, and the sturdy steel construction will support additional instrumentation stacked on top. DIMENSIONS: 356mm high 483mm wide 648mm deep (14 in 19 in 25.5 in). Model 7002-RMK-1 Fixed Rack Mount Kit: Two 7 in. flanged brackets and hardware for mounting Model 7002 in a standard 48.3cm (19 in) equipment cabinet. Can be used with Model 8000, 8000-10, 8000-14 or 8000-17. For use with: 7002 Model 7002-RMK-2 Slide Rack Mount Kit: Two sets of flanged brackets, slides, and hardware to mount Model 7002 in standard 48.3cm (19 in) equipment cabinet. Can be used with Model 8000. For use with: 7002 Model 8000: A 28-inch high equipment cabinet that is open on both ends. It will accept all Keithley rack mounting kits as well as most rack kits provided with other instrumentation. The dark brown 8000 comes fully assembled, with handles permanently installed on each side. One hundred chrome Phillips head screws with mylar washers and clip nuts are provided for instrument mounting. Rack mounting kits are available separately. DIMENSIONS: 711mm high 483mm wide 533mm deep (28 in 19 in 21 in). DIMENSIONS: 444mm high 483mm wide 457mm deep (171/2 in 19 in 18 in). 1.888.KEITHLEY (U.S. only) www.keithley.com A G R E A T E R M E A S U R E O F C O N F I D E N C E INSTRUMENT ACCESSORIES Model 8000-17: A standard 17-inch high, 19-inch wide equipment cabinet for enclosing instrumentation for bench or automated test system application. The Model 8000-17 will accept all Keithley mainframe models and fixed rack mount kits. The cabinet is supplied with rubber feet for benchtop applications including enclosure of the 707A Switching Matrix, and the sturdy steel con-struction will support additional instrumentation stacked on top. Racks and rack mount kits Model 4288-5 Fixed Rack Mount Kit: The single- and dual-instrument front panels included enable rack mounting of either one or two 31/2inch instruments. Height: 132mm (51/4 in). Depth: 457mm(18 in). Model 7079 Slide Rack Mount Kit: Two sets of flanged brackets, slides, and hardware to mount Model 707A in standard 48.3cm (19 in) equipment cabinet. Can be used with Model 8000. DIMENSIONS: 254mm high 483mm wide 533mm deep (10 in 19 in 21 in).
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Swiss Federal Institute of Technology Zurich - PHYSICS - 303
Connectors, Adapters, and ToolsMODEL213-CON 237-BAN-3 237-BNC-TRXNAMEUSE WITH:213 7072, 7072-HV 7172, 2001, DMMs , 237, 6517A, 7078-TRX cables Triax interconnect 236, 237, 238, 7072, 7072-HV 7172 , 7072, 7072-HV 7172, 7078-TRX cables , 7072, 7072-HV
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
CablesMODEL 236-ILC-3 237-ALG-2 248-MHV 248-SHV 2000-MTC-2 2000-MTCD-2 2107-4 2107-30.1 4801 4802-10 4803 6011 6011-10 6517-ILC-3 7009-5 7011-MTC-2 7019C-MTC-2 7019C-MTCI-2 7020-MTC-2 7024-3 7024-10 7025-10 7035-MTC-2 7036-MTC-2 7051-* 7074-MTC-20 7075-M
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
Test FixturesDevice CompatibilitySheet Resistance Volume Resistance Axial Devices Chip Devices T0 18 Packages T0 5 Packages Dual In-Line Packages3323AI33278006I80078008I I8009I II 4-Lead 4-Lead 8-Lead 24-Lead 28-Lead 48-Lead I I I I I I IPro
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
Test Leads and ProbesTEST LEADS AND PROBES SELECTOR GUIDEMODEL 1600A 1651 1681 1751 1754 3324 3325A 3326A 5804 5805 5805-12 5806 5807-7 6103C 6517-RH 6517-TP 7401 8605 8606 8681 8693 8695 8696 CA-109 NAME High Voltage Probe 50-Ampere Shunt Clip-On Test
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
Carrying CasesModel 1050: A lightweight, padded carrying case.Carrying casesFor use with: 428, 486, 487, 2000 Series, 2400 Series, 6514, 6517A, 7001, 2700, 2182, 2500, 2510, 2300 Series (except 2306)DIMENSIONS: 432mm 419mm 152mm (17 in 161/2 in 6 in).
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
PRL 101, 075903 (2008)PHYSICAL REVIEW LETTERSweek ending 15 AUGUST 2008Breakdown of Fourier's Law in Nanotube Thermal ConductorsC. W. Chang,1,2,* D. Okawa,1 H. Garcia,1 A. Majumdar,2,3,4 and A. Zettl1,2,4,+Department of Physics, University of Califor
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
NANO LETTERSThermal Conductance of an Individual Single-Wall Carbon Nanotube above Room TemperatureEric Pop, David Mann, Qian Wang, Kenneth Goodson, and Hongjie Dai*,Department of Chemistry and Laboratory for AdVanced Materials, and Department of Mecha
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
Thermal Measurements on Multi-wall NanotubesE. Brown, L. Hao, J. C. Gallop, and J. C. Macfarlane*National Physical Laboratory, Queens Road, Teddington, Middlesex, TW11 0LW, UK *University of Strathclyde, Glasgow, G4 0NG, UK Abstract. The electrical and
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
VOLUME 87, NUMBER 21PHYSICAL REVIEW LETTERS19 NOVEMBER 2001Thermal Transport Measurements of Individual Multiwalled NanotubesP. Kim,1 L. Shi,2 A. Majumdar,2 and P. L. McEuen 1,3, *1 Department of Physics, University of California, Berkeley, Californi
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
DYNAMIC LOCALIZATION EFFECTS IN L-RING CIRCUITC.MICU (a), E. PAPP (b) , L. AUR (b)(a) Physics Department, North University of Baia Mare, RO-430122, (b) Department of Theoretical Physics, West University of Timisoara, RO-300323 (Dated: August 22, 2007) U
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
IPM-97-261arXiv:cond-mat/9801017v1 [cond-mat.mtrl-sci] 5 Jan 1998Diamond-Like Carbon film from Liquid Gas on Metallic SubstratesM.A. Vesaghiaa and A. ShafiekhanibDept. of Physics, Sharif University of Technology, P.O.Box: 9161, Tehran 11365, Iran b
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
IPM-98-17Jahn-Teller Effect in Diamond-like CarbonarXiv:cond-mat/9812051v1 [cond-mat.mtrl-sci] 3 Dec 1998M.A. Vesaghia and A. Shafiekhanib Dept. of Physics, Sharif University of Technology, P.O.Box: 9161,Tehran 11365, Iran Institute for Studies in The
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
Diamond and Related Materials 9 (2000) 12221227 www.elsevier.com/locate/diamondStudies of phosphorus doped diamond-like carbon filmsM-T. Kuo a, P.W. May a, *, A. Gunn a, M.N.R. Ashfold a, R.K. Wild ba School of Chemistry, University of Bristol, Bristol
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
Diamond and Related Materials 12 (2003) 979982The effect of ion energy on the deposition of amorphous carbon phosphide filmsS.R.J. Pearcea, J. Filika, P.W. May a,*, R.K. Wildb, K.R. Hallamb, P.J. Heardbb a School of Chemistry, University of Bristol, Ca
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
(BL8B1)Characterization of the diamond-like carbon films formed by Ar gas cluster ion beam assisted depositionTeruyuki Kitagawa1, Kazuhiro Kanda2, Yutaka Shimizugawa2, Yuichi Haruyama2,Shinji Matsui2, Mititaka Terasawa1, Harushige Tsubakino1, Isao Yamad
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
Sensors and Actuators B 115 (2006) 526533Physical and chemical characterization of enolase immobilized polydiacetylene LangmuirBlodgett filmK. Sadagopan a , Shilpa N. Sawant b , S.K. Kulshreshtha b , Gotam K. Jarori a,aDepartment of Biological Science
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
2002 ME Graduate Student Conference April 13, 2002SYNTHESIS, PROPERTIES AND CHARACTERIZATION OF CR-DLC NANOCOMPOSITE FILMSVarshni Singh Ph.D. Candidate Faculty Advior: Dr E.I. MeletisABSTRACT Diamondlike carbon (DLC) films have been extensively studied
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 2006, 32, . 1312 05 - . , . , . , . , . , . , . - . . , .- E-mail:dideikin@mail.ioffe.ru 12 2006 . - () (A) . , . . . . . PACS: 61.46.Bc [1,2]. (). 4.3 nm [35]. - , [6,7]. , , [8], , , . 12 .13 - (). (HOPG). , (/ 60/40), [9]. . [4]. (CH3 C(OH
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 2003, 29, . 912 06;12 . , . , . , . , . , . , . ,- . . ", , E-mail: polt@niifp.ru c 16 2002 . , . . , , , , . , . [1,2], , - . , . - , - . . , , .64 .65 , 2000 C. . 3 mm 9 mm , . 2050 C = 650 nm. 1 mm, , , , 850 C. / , 1%. 4 103 Pa 6 . , .
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 1999, 25, . 512 12-/ . , . - .- , 12 1997 . 12 1998 . - , X, Y , Z-. -, . . () [1] - () [2] , , . , 1 A 0.05 A , [3,4]. . , , 80-/ .81 , , , [5,6]. , . , , . , , , Z, Y , X . , . - . 1. . (), (), () (), Z. - , -, . , (). (T) Z (). (Uz), - ,
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
W \. .Q. . S R.R. b.Z02029727.11.91.\ R194021,].\.20.12.96. ^ . . 6.00. ] . . 6.2. . . . [ . . P.^. X -6090 1/16.[--^\X, ,ZP., 26199034,[[ ZR-34,218-37-12ZP V\^1,1\ [-[199034,,R-34, 9ZP, 12V\^, 1997,23,11202;05;06
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 1997, 23, 912 05;07;11 . , . 28 1996 . . , , . [1,2] . . , . , , , . , . , [1]. . : -33 -70 C; 25 ; 510 . - . .40 .41 , , . . . . . . d, 0.36 0.24 0.21 0.18 0.13 0.11 (a = 0.357 )( ASTM) d, 0.357 0.251 0.206 0.178 0.126 0.107 h2 + k2 + l 2
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 2002, 28, . 2026 05 10500 eV . -, . , . - . . , .- , , , 15745, , , 17 2002 . 10-500 eV. . , , 30-40 eV. . (), , [1] [2] , [3]. [4] 10100 eV () . , 130 , 20 . , 30 eV. , , , . . ( ) , 2930. -, . , . , . , [5,6], , . 3-40 eV. , , , [7] . , [7]
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 1998, 24, 426 04;05;09;11 - . , . , . , 7 1997 . 0.5 m. . [1]. , -. , - , - - . . , [2]. . - P4-SPM-MDT.2526. , . , . . 1. -: 1 - 0.05 Pa; 2 - 0.1 Pa; 3 - 5 Pa; 4 - 1 Pa. . 1 , . 0.25 0.5 m 0.08 0.3 m. , [3]. , , , , - . , ( "), . 80100 ,
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 1998, 24, 1026 02;05;11;12 . , 3 1997 . , , . , . . () [1,2]. , [3], [4], [5] . . . (CVD), , . , [6,7]. , . , , . , 8788. , (). - (13.56 MHz) (P = 0.2-0.8 Torr). CH4 : H2 : N2 , - (1990 V) . 1.5-5.5 eV. (Eopt ). (n), (k) (d) = 632.8 nm -3.
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 2000, 26, . 2312 02;05;12 -C : H. . , . -, . - . . , .- .- 29 2000 . 3.8-20 K -C : H, ( 8%). , . . , 18 K, . E = (250 30) K. . E , . , [1]. (-C : H) , . -C : H , . -C : H . [2]. . 5960. , . -, . 1. 325 365 366 , at.% 0.2 1 8 , at.% 7 7 17 ,
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 1998, 24, 2026 11;12 , . -, . , . , . , . - . . , .- , .- 25 1998 . , , . , , . (a-C : H), , (a-C : H) [1]. , , E 104 V/cm [2]. a-C : H, . a-C : H Si (111), 1.5 m (). T = 200 C 10-6 Torr a-C : H : Cu (80%Ar, 20%H; P = 10 mTorr [3]). , , 400 W (
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 2002, 28, . 1426 06.2 a-C : C60, C60 . , . , . , E-mail: matveeva@isp.kiev.ua 14 2002 . , C60 . , , . , . .. , . (a-C : H) ( 40 at.%) (1019 cm-3 ) [14]. . (a-C), - , . () 1020 cm-3 [1,2]. , . , , , 32 .33. , , . , , C 60 . . C60 600 C. 4 10 c
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 2000, 26, . 1226 11;12 a-C : H a-C : H(Me) . -- . . ,.- 11 2000 . a-C : H a- : H (Me = Cu, Co), - . OH . , . , [1,2]. (a-C : H) , ( 10-9 Torr), . , , 34 m. , , , a-C : H a-C : H (Me) . OH a-C : H a-C : H (Me = Cu, Co), . [3]. . 1 a-C : H, C : H(C
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 2002, 28, . 1426 06;11 . , . , . E-mail: pirp@renet.ru 19 2002 . , . 0.3 A/cm2 7 B/m. , . -. , , , (), , [1]. , . , , ," , [2]. , , , , , , sp2 ,54 .55 . , , , . . , [3]. , , 5 C. . - , - -3,0. 0.05 Pa - 300 V. 350 C, -, , - 250 W. 0.25 m.
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 2005, 31, . 626 07 a-C N . , . , . , . , . , . - E-mail: okunev@mail.fti.ac.donetsk.ua 12 2004 . a-C N , (ln T 1/2 T < 280 K), . -, , () , -. . [1]. , , -C3 N4 [24]. , [5,6]. (C) ( s p3 -, s p2 - s p- ) [7,8]. , , 1 12. , . . , , , [5]. , ,
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 2000, 26, . 1426 05;06;07;12- . -, . - . . , .- 10 2000 . , . , , a-C : H(Cu) . a-C : H, Cu, Er Co. a-C : H . a-C : H , . . , . , . . () , [1], -. , , , 66- .67. 1. CC CH - a-C : H a-C : H(Cu) C : Cu = 0.65 a-C : H(Cu). a-C : H(Cu), G D . W
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 2000, 26, . 226 05;11;12 . , . 5 1999 . , , . - . , , [1]. . , , [2]. , , , . - [3]. , , 1100 C . 72 .73 1 A 80 eV. 10 nm. . , - () 3/2 /, - , , - . , . 1 m 10 nm , . , , . , . , , . . 10-9 Torr. . 1 . . , . . 1, , 10 min. , , , 2000, 26,
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 1999, 25, . 826 05;06;07;12 , . , . , . , . , , , , 29 1998 . . . . (), (), [1]. , , . . , [23]. [45] . , . [6] , T = 1100 K t = 200 s , (T = 1100 K t = 60 s) ( 150 nm) [7]. (), 2728. , . , . , . , T = 1100 K . . . p-Si 10 cm (-10) (100). ,
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 2002, 28, . 1826 05 . , . .- E-mail: szss@ctinet.ru 15 2002 . , , , . , , . . , , . . sp2 (s, pz , py )- , pz -, - . . . ( BeO, AlN, AlP, BP, BAs .) sp3 - . , d- , pz - . d- - , . 18 19 (HOPG) - 1 - 2 1 max - 16 48 - 35 12 59 542 I, a.u. 10
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 2002, 28, . 2312 04;11;12 . , . , . , . E-mail: pirpc@renet.ru 13 2002 . , , . . 0.3 A/cm2 7 V/m. - [1]. , , , , , [2,3]. - . 910. , . , . , . , [4]. . - (), - -3,0. (10-5 Pa) , 1 m. , -6, 3 mm. 0.05 Pa . 350 C, -, , - 250 W. 0.250.3 m. d =
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 1998, 24, 1512 06.2;11;12 . , . , . , 17 1998 . . , . , 2 MeV , . 25100 nm () " . , , . . [14], . , - , (002), . " , , [24]. . , . - [1,4]. .7980. , . , . , [5]. 50 A. 10-3 Pa. 150 nm. , -10 (. ). (1016 -1017 cm-2 ) 2 MeV 10 A/cm2 . (). ,
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 1998, 24, 1026 03;11;12 . , . , . , . , . , . " " .- () 10 1997 . , , . , , . - . , , 0.20.3 eV. [1]. , - [2]. () [3]. , ( T = 20 K [4]). . , , 20 21 , , -. 1 - -; 2 - ; 3 - , ; 4 - ; 5 - ; 6 - ; 7 - . ( , . .). , , . . . , (0.310.0 eV) ,
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 2003, 29, . 826 05;12 , . , . E-mail: wwwfalcon@mail.ru 25 2002 . , , , . - . 1-5 nm. . , . , , ". ( ) . , , [1,2], . [1] , , [2] , ,". , . 10-2 Torr. - . 10-600 Torr. 5 3 mm 100 mm , 1.5 1.5 cm. 9192. , . . 1. 100 100 nm.. 170-190 A 15-2
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 2003, 29, . 912 02;03;04;07 . , . , . , . . . , E-mail: obraz@polly.phys.msu.ru c 15 2002 . , . , . in-situ . , , C2 . . , , . [1]. ( V I) . , () . , . - () 10 150 Torr 0 25%.58 .59. 1. 60 Torr 2%. . 1 60 Torr 2%. 4 , A, B, C D. , ( A), ,
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 2003, 29, . 2026 04;05;07 , . , . , . -, . , . - . . , .- E-mail: Yastrebov@mail.ioffe.ru University of Tennessee at Chattanooga, TN 37403 Chattanooga, USA Dept of Electrical and Computer Engineering, University of Toronto, Canada 7 2003 . , , (2
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 2005, 31, . 1712 01;05.3 . , 17 2005 . . . [1,2]. , . P-T [3,4], - P = 1.5 109 + 2.1 106 T. (1) - (P , T ). , . P/T , , P/T > P /T , P 1.2 1010 Pa; T 5 103 K. , P T P P/t P > . T T /t T28(2) .29 , , , , , 1 2 2 P =- (r B ). r 2r 2 r (3)
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
, 2004, 30, . 2312 07 , . , . -, . , . , . - . . , .- , , , . . MG-36, R-76900 , , . . MG-7, R-76900, , , E-mail: yastrebov@mail.ioffe.ru 25 2004 . 200-1000 cm-1 , . 3, 26, 38 54%. , . a-C : Fe 110 cm-1 . a-C : Fe , . [15] . , .4748. , . -.. 1
Swiss Federal Institute of Technology Zurich - PHYSICS - 303
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Swiss Federal Institute of Technology Zurich - PHYSICS - 303
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Emma Cooper POL1004: Introduction to Politics, Tutorial #07 9 March 2012 Assignment #03 Words:316 What is a ruling class or elite? How do elites maintain power? Mosca refers to the elite as the "political class" (Zuckerman, 1977: 324). The political class
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