Instructions for use Title 時間分解蛍光法によるLB膜分子の
Contents
1. WE2. 20 H LBK 9 0 2
3. 78 PO UZ NC VA ITI ES ETD oo t M NC ptem mtr mpm erem A emen Yet XXXIX E g PELE NNI UIN IT ane er Z Re x x KODAK Color Control Patches C Y M M EI i
4. 10 s 6 2 LB i 1 LB Fig 6 5 10mN m SAL SAS Tr eK SOR eH FORCE TORE Soe ES Mxo 0 192 lx 0 528 ow i giin A lo 0 580 bel mU oy 9 01ns 4 Meo 0 246 ly 00881 pu c ITP nd a 10mN m Fig 5 89 A Ec z 25m a N m Mx t My tD Mz t m ay SHE BOREAS UDF WOT M
5. 6 3 6 LAFOTFIE 6 1 Pig 6 0C x LS 50m U WES RE 2 2000 RH EHE rCO 2 23 op t Fig B T 6 705 2 LA RAMI 5X3 Fig 6 7 D R nii RUWI OMW WEKORECOEWYODARYBEW SZ 7c zi 0 4 OH SRARLE LBHUDEIBUZ EEORB TaccHd Ec E S E
6. Iz t Iy t 1z t Iy t p 4 13 IC i GLi w enti ET 4 18 4 k GE 3 a 50 a E EFLBEBRMRHI ME ZM 1I t LB B t UT lj Ix Ct p ESCE y By Ct 4 15 tia 5 c ik LBHmDOooeoxiui isirkb5b5ns5565525Z X ZZ
7. 5 i y Eto TERRACE UOKREOROTKI A ATAE ARBYTEVZE E Me ree RES 2 000 1G DRAM MC X
8. LB LB Mx t Mr t Mz t Y 2Z
9. Iy t TIz t 2 z 2 Fo otz 1 t le tices oe eR Sy X Y 2 X Y 2 2 18060 CORE s COST s SIB SINE wos ty G COB SINE COST 4 sin sin EN 4 3 Sin P 0 COSE Eb Bo Ome oro G EMPERO IX gt SINE cos fis gt Cost COSC n i4 Sine 4 Sif cosy cost sings 4 4 COS F o 0 SINE eb vH eus Ei Bis 4 5 Ku S ELS 4 6 Z is Bu EET las 14 34 gn g G G
10. Fig 6 6 SALS M M 67 k6 DPTO EA REBT OTE ATT VAL BRO RLSM EER KO 2 MEET Ret BICI SENSES SIE TV ZEK fraction of polarization 10 20 JQ 40 Time ns kWEIOnN nCRRUEATTMVB DPHZn TvR 1 LBRORAE ENEES ERB E E TO C 0 PEA YA fraction of polarization 10 20 SL Time ns BR URAT TU VR DPHTOET VR 19 LBRO RAM ie RA E T0 C 0 He Y 40 Mxo 0 394 Ex us 0 470 Ox 6 32ns Myo 0 405 Es 210 Gy 12 4 ns Mzo 0 177 Maca 1208 fe 2 728 z 10mN m LB 3
11. 7 2 3 wej NN YW 2m Ci LB 3 LB BARC 5 LB 6 LB 7
12. AA D EG amp G ORTEC Model 800 MCP W alti Channel Plate i ES 5 Es COMBA SEY YZ ewe xa gt 7 CTWATSU ELECTRIC SS 5702 NEC PC 9801 UV TAC 45 IT 1 time nsec N O E 4Isue4u 1UDIT 10 TAC gt
13. D dob AA E dq cou nCau t E o SDB 2 Motor WET 10 3 397 a 29 1 Fal wit 2i 3 39 00 0 0 CHS ERIMA ELOY yuyueeuvudinoSsE TcCc KOZLIK tn ae a l ju 9e os sing 32 40 Si OP 110 517 Sie O 6 00 2 2402 3 3804 0 xt ox Rue Do dra LUN ccn CH A 1 WORE ch ny BO Oe mE Lowe 9 dp dA ido fie Ca OS agr v 3 41 YY 2 ZECTZAPORWYRALEC t 0 3 22 j w LADO RAE 4 8 ERA A Mei I5 21 16 32 8 y TA EA A Ca A M 9 63 45 IGE Cm xJs9 06m10 8 8 32 Se P rs2 lt P2 gt 1 TP Cram 3 439 4 15 21 35 q EAT 20 A Ma cg 4 E DN Mesh mm PALA L5 16 wi 8 PL ee OC ee A 2 eres dp e J amp P 4073 3 44 g 63 45 t 0
14. C00H TAY Jp CH 20H a Se NH oy ES CHO a p 60 COOCH FE 9 949 9x SINTRA 7 y 4t XKR fu KI px 46 IK R AS f Fl x AE ZK 5 29 L 2 OKA 1 53 barrier trough Fig 5 1 LBRHEZE 54 substrate surface pressure meter ZS 3 3
15. 2 5 3 HORM Ae UT MAK 8 7 Fig 3 3 zx m Y Y t 0 t ei nw 0 cre s YY 3 22 n jo feq n 3 23 feq 3 4 26
16. Tl LSE RR SE AR YehndH dg ARENAS U dtbjG ACER LB LB Jo
17. FWHW 120 1 5 0 p s Pie o4 4 5 2 16 2 18 38 2002724 gt 2126073 6 3 Ix t 1 t Iz t att PULO t Pete E To CC 4 1 NNT IxOOTISUD MEE I0OZT 00 OY AOS Cs 2 Z I t Iz t I t 3 ZZ Y 2 E 74 4 VF SPS H SBS SMI
18. ERR 2 COHERENT INNOVA 100 15 514 5nm 120psec 75 22MHz 75 26MHz BZ 1 62 1WEEBE CM v3 RENT Model 700 670nm 6psec 43 Hh SH SOK HEF FUNR OFEIHLRVD ALZOD
19. KGW RCB VE FR Oc E EE KORST Ca Y 3 17 du ty Cp Z P du n u O m kX On DO po Z s Id ncs ik 2 29 1 9 2 3 y A 18 3 1 3 5 6 7 8 CY 10 J R Lakowicz Principle of fluorescence spectroscopy Plenum Press New York 1983 pp 112 151 ERES CAFE ARBRE 1983 pp 1 43 L L Chapoy and D B DuPr J Chem Phys 70 1978 2550 A Szabo J Chem Phys 72 1980 4260 J J Fisz Chew Pliys 132019893308 J D LeGrange H E Riegler and W P Zurawsky Thin Solid Films 159 198802101 J D LeGendre and H Riegler J Chem Phys 90 1988 3838 L B A Johansson and V S
20. 429 3 4 A diras 44 ce o 38 4 nn Rh so 39 gt b PA E And 39 Ame 2 se ee e eo eo ee e eo ee e es e 0 0 o oe oe eo ee eo oe oo cooooceooooeooeooeoee 43 dw W OEB ASIA ENTM OE ew V ER Rd ida MA AAA A do Rh EE CNR 45 4 5 roooomo o 47 OK 52 By rd ie XL c Se MES 918 LAT LESA asi RAGE Ad da a ak 53 5 1 L B BE SY JK O Jg d oooooooooooooooonoooonooospsonsososso 53 Eu amp 5g I b HI LITE 668 Bg oett oe 57 5 L B lt 5 7 9964 a 9 5 99 3 4 55 9 9 ARAGE 4 oe ire Ro ip 60 6 REDARE k 0 L B IS O gE fli o 4 U 35 9 6 1 6 1 im 36 8 0 ds ee wcrc cc rece UR ED RIE enoei o 0 hia 0 0 a or 61 6 2 LB nnnm 67 6 3 f 72 UHR CARLA AAA A 75 7 WT CO ed a el 644654 Wn a 76 f n n n n n WO
21. X Y Z Fig 2 3 a Y Z X Xs Ys Zs LB Fig 2 3 a Z HORAMeYstE 5 CX Y Z Fig 2 3 b z 2 9 Xx E x DX DGX RK E A 4 PV A 2 7033 Cos f LOST sing Sine cos C G cos f sinl cos sin sinc 2 14 k sin 0 cos amp Y HM
22. C1 i 2 3 3 He TT Lah gary hs Spot ete tL Bee 2 n z amp dp ik C3 HE 4 Peay eo BeArLSeSOEL TRS 5 E EK 6 MBER C I 4 AVR VvEST He Ce CBR APS 9 OR 9 LB OA REA T FGBArRRELBREZ gt S LB Cl X OC OC 12
23. OT EOAJTyU See LB A BORK 76 LB
24. 3 22 3 39 3 38 B nt t 2 24 2 26 3 3800 X KA SERRO KIRRU CRS Se ENTRA n 8 t E C P cos exp in exp D n n 1 t 3 46 C LDLEMAHOBAEDAK HZMGnNK AE K E 3 nO 67h mite 2 dd M X LAR ms cos 0 exp Dwv oC ot1 t p Pi 0 ct PT e080 expl De p str a HA ig dani Diag ZO re
25. Do 25 3 2 3 20 3 21 7 X 2
26. 4 1 7 EOS oe WYW Y 5 13 A Fig 5 2 A CH CH C00H a b 0mN m D cRICHRAFORBEMHE 0 c d
27. fraction of polarization 2 24 2 26 3 Mx t Mr t Mz t 7 3 Y WMxr t Myy Mzy t Y 2 5 2 24 2 26 2 24 2 26 B V HY 4r D WZ 24 2 27 CAR IN OS MA MECO Mz t 1 2 28 G ERAN Se WEB 1 0 E Mz t t
28. LIz e gt Ii oo DO Ilz so TI eo 372 anisotropy ratio 32 bp 45060 APRA TA ROWE W 2 2 in OU 853 MOT M Y Z X Fig 2 1 PM
29. m e 72 0 10 20 Time ns AB A 80 ie S b 24 ba E dh 05 MERETI La 0 28 Eas Ut US ELE Ab 30 ne NAR 980 0 i 20 85 Time ns ik E Gad Es 1 RB w 2 5 47 Ad pra ET RIER ROBE IC LS eS 74 Cl SAL Sl 1982 2 SALS 1990 3 1991 75 SIE Ki gt L B LB O5 ARRO SN MW
30. 480nm L 42 HNP B AX CID Iz t CO GARY RY Re BS TAS PP ey RVI E CM OP Scere Ch annel Plate PMT HAMAMATSU PHOTONICS R2809U 07 MCP 6 m 2 PMT 9 MCP PMT 44 O PMTT
31. 64 fraction of polarization 10 10 HH 20 B DPHFnt yk 1 wo ERAR En fi H ie ME 4 lt j 1 a 1 1 E Had ES EE SEE Er TEN HB H F U A i Ei 1 PUE j mi B ES E i Ae Y d d il i Time ns LBRO 0 em Ya Pru A A ere de r i me po an PEA MA Fa HA ds Pr AA LS Day i O IF MTY La OM MM UP M VS Pe PIC S pau DA pa laa an e AM MALA WU M U TAJ Y U Y UU fi JT r Uy Ti YN IN X y O us WN oM Wl W ILL MM MM WT H i MY I hil v res of Mv 9 Wl MM H TP LLK W M HH III Ii OI UR JU URN res of Mz O 10 20 te d 40 Time ns Pig 6 4 ATJTJ7RHDPHZnET7R 1 LBRO RESACHOHAN SRE 66 Sample3 dMy t dt D 1 9X10 s 5 Zw A Ed lp RAE ARANA ee EZ OP AE
32. 3 3 COS 7 siny 0 a D cos siny COS cosy sin 2 15 1 sin siny sin siny cos 3 R DG t e4 8 12 incident light PP 3 5 SKRA Fa KRZR CEES NEER X Y Z s Ys Zs EO GE 2a IDO x y z Ei 3 2 4 Y 9 baltie Lii dose i E a 2 16 hid edi
33. G d 4 RR CRA SN CHAMAMATSU PHOTONICS S1188 RAF ila Constant Fraction Discriminator TENNELEC TC455 HAMAMATSU PHOTONICS C10 1 980 TAL EG amp G ORTEC Model 457 COFATTAC PMT NF ELECTRONIC INSTRU MENTS Wide Band Preamplifier Model BX 31 ME IWATSU ELECTRONIC FC 8841 TAC TAC
34. XT Fig 6 38 Fig 6 1 LB 70 700 Fig 6 4 Mr t Mx t Mz t 15 FEO MM X M ZZ 3 LB SALS 6 1 70 80 Y L B Sanmple 3 3 9 2
35. K Ts v t 2 owe C Rt Sf r ZIP ee 2 SF 1 08m 2 gt C p cos expC D v eh wt at Vo Vo Vo faj wa we w En Ba GUA 3 exp D v v 1 1 t 1 ft i pep Peis Seem E D Pa Coos OY eines v Cv ot TE V 2 PES Ca 34 52 E Ts My Ct nn RA 1 CRT i IP 9 r ars Lo 2 C Ko cos 0 exp D v ol v LITE lekas steer But CX OP eos I expC D eb vei TORA wu 4 an M s l 1 l Tr32 X CE E 8 V 2 V 2 V2 3 53 K fo l MzCt Z Im e a OP aa Ce te E 2 P345 9 2 SG Fe TO Z C P cos exp D 1 t V o e lg S j 47 n plz eror po FORD BIC ED IE CZ P CGCOS eXD D P 2 211 t ij 8 V 2 M 5 PDE o 3 54 33 Cm 2 9sin 8 cos 0 P cos o v oe13 072 C 8 55 A JA sino do P cos6 2e1n8 co820 quuin PCIE cos C 1489209 43 22 C 1 3 56 b JA sin dg P cos 0 sin GOS 0 quite 6080 04 Cy to po x A RI EE MPA va bg JA sine do P cos 0 3 48 9 9
36. C 3b MERA 30 dMxCt at t 0 Ja rr IA A A 3 45 J du n 1 M WEJ REY LEMUR Ys Z K GTY SHR y dMx t dt dMyCt dt l o dMzCt dt 3 42 3 44 1 3 45 D 3 42 3 44 3 3 3 4
37. CH CH C00H HUH LMM DPH MOLECULAR PROBES MERCK MILLIPORE 4 Milli Q Labo 17MQ cm s web a a 5 3 L BMK O fe 4 DP 1 4 v MO HO MERO dnie L re CdC1 0 4mm E Du A 57 CNaHCO 18M pH 6 3 pH 6 0
38. 1 a 3 4 65 6 CT 8 9 10 11 12 13 14 15 16 CIT 18 C19 E 607 Uo ZOCCETROE BR A TRTEAM I AFTEE 19 70 ARELA AF 1991 pp 1 26 AHL 1991 pp 27 66 1989 M Prakash P Dutta J B Ketterson and B M Abraham Chen Phys Letters 111 1984 5395 M Prakash J B Ketterson and P Dutta Thin Solid Films 134 1985 1 M Allain J J Benattar F Rieutord and P Robin Europhys Lett 3 19875309 K Mizushima T Nakayama and M Azuma Jpn J Appl Phys 26 1987 772 K Mizushima S Egusa and M Azuma Jpn J Appl Phys 27 1988 715 M R Buhaeko M J Grundy R M Richarson and S J Roser Than Solid 7 Films 159 1988 253 J F Stephens and C Tuck Lee J Appl Crystallogr 2 1969 1 I R Peterson and G J Russell Philos Mag A49 1984 463 f R D Neuman S Fereshtehkhou and R Ovalle J Colloid Interface S61 1 101 1984 309 A Barraud J Leloup P Maire and A Ruaudel Teixier Thin Solid Films 133 1985 133 4 K Itoh T Yokota and A Fujishima Thin Solid Films 144 1986 L115 y H G Braun H Fuchs and W Schreep Thin Solid Films 159 1988 301 M L sche J Ra
39. 5 1 2 3 4 5 6 7 D V O Connor D Phillips 1988 pp 33 51 ATTE S 6E f dH EAS 1983 pp 99 160 D V O Connor D Phillips 1988 pp 1 31 ke bakoricz Principle of fluorescence spectroscopy Plenum Press New York 1983 pp 52 95 D V O Connor D Phillips 77 7 C 254 04 g amp 3t ilg EAE l 1988 pp 99 124 HU RAWE 1983 pp 45 98 D V O Connor D Phillips 7 gt ETHOBAME MAY Si 1988 pp 125 151 52 woj LB KIARE 5 A LBRO L BERRE Fig 5 1 LB Do 1 BE
40. 2 2 Di CAI CADA 100 2 7 Y Z X KAF r 1t POL La PACO J RAN 2 De 39 A PACO 2 9 J 5 Pz x 2 oa d P x Ed Tit 2 See ld AUIS EEOAE 4 Ad Cn G9 119 t 1 2 3 L B
41. FO OJEW Be IxC 0 J sin 1 u 2u us Coos F 4sin E sin Zen 27 Cos Esin o 6 us us sin cos 1 sin cos g i 20134454 Ss cos o 1 l COS ly Cs f xg conto eos Fi sin sin 5 us us sin E cos 6 l 6sin 6 tsin 6 in 2d hs SIN Crean O 554 1 2sinacosasin sin cos v alg tus cos f 49sin f sin 6 3 us us Coin f cos 6 sin 6 cos Pig Ue RAPE I 3293 E i 0 RIN E nar F uw Coste cost Fisin sins 4 us us Cl cos cos 6sin E sin 6 cos 6 US p EOL PISA e 2 ty Sin siato costo 4 3 OO 23 lus AF 00080 2 u sji 8 Zsira cosa sinf sin eos 6 3 y E Zu bs cos 6 PRE 3 is ABLA 6 00810 2 ans ias Yo 3 08 l 1300 A Paita 1 tas Zu 6 wed CBsiHf cos E 4 si n 6 l 0sin F cos FP 3 Folia 4 9 98005 9 l 0ein Ff cos f cos D 2 w sin focos f egs 0 l toros u A Pu costs siu Ecos E cin d us us cos cos 6 l 6sin tsin 6 P Us COS ST OG I 28ina COS Sine sino cos 6 l t Cia 245 Ln Crna Ecos 8 4 Lb tur ted GO Coord 8im B lt 2 Be Cos oa 2 9 1 t ee Ix Coo ly Iz Ls Bola por a oo J j ICO 0 961789inff conten 2 55 5 eos 61 J
42. d CHEMSTHR E SSP 52 A 3 5 55 BHV 03fUdNA IZYOXTNW 009 314 9In9910M wu wey DI 8 0 y 0 GA 0 ainssaid 398 1nNG Banwy
43. 1991 12p R 4 LB OH E PER 1986 pp 33 46 FACE LBM NEM S oe A BOR NEDEROLRANBEKSLDROSEDSIUSE P 1 DP SHE 1 A Fe oe E x 25mN m L B LB 0 M CY MM 80 CE 800 CRH LABS OBMETHEMFig 6 1 MxCt Mx Nz sexpC t o x Mx gt SAL Sx W za 6 1 CY CADA DS MR Mxo 05872 Mx oS R 0 748 O x 6 81ns Myo 0 429 Meg Us 103 Oy 8 43ns Mzo 0 192 Mz o 0 091 BZ R 9 78ns Fig 6
44. l QN NC ZDAN 03180 l lt P gt cos 1tcos 0 7cos 3 3 33 8 28 rai 3 AA mw 3 34 G D RG 38 35 dsi dss dss A AOS dag 3 36 ds y pretan RER jA ds2 ihe tw Oma 6 Peay ROZ EO EY OF 3 3 D f 858 5 0 E E KI k Wd ER EK 5X S RAHM SAW 2 21 2 29
45. 0 3 4 Do LB Y w M sina Y cosa 9 t 0 to 2 1 DJ pan w WO BOUE TDA E XA TEA Ce dy 3043 n g 19 feqCa 322 3 I d Fig Y substrate LBRO N ALEJE Stearic Acid br es Substrate ERE DL sh Bel A FS ae PI ER 3 GE ij FV EA pem Tegi ag Ba oye ES F Pra PDA 8 8 feqluD REGWRECbwGUZ MW 6 CGD feQ y feqg Q y fs Liricas EOE 0 CB wh 3 4 t 0 2 16 2 18
46. AC i 2 a SV YER AO 3 2 i 2o Fig 2 2 Iz t Ii t d E GU FSS Rol sey TRA hg LOO ZBKEWIEWEZK E 7 Fig 2 pa BO ae i RS Bik R R E A 5 C9 081 gt ANSIA CD OD mic 2 aor ess 9 KS 1 tL IL 1y ee I oo
47. ZZ 16 Bt cto gt Pee st 2 29 Boo Soe es I OO C2 Mz t J d8 00 cos 1 2 30 EM Me MEMO ETA ey OOF MF BRS RL Co Bo Z X Y KE CLE 08x ZW LG 2 335 LLC CG d enl es HNOPCHDAKKAETAZHCAS ee 0290 Os Mz t jj do f sing dg 6 2 n C cos 8 0 AREA OI Bo EGA DBs niu iiy C2 8 4 z ext MCK tty 2 34 gt
48. Ix Ct p t IzCt CCH YE 2 23 Cu ELIAS r t 26 HH ET CNS JEM BD 15 2 16 2 18 GE ata pde ol X zo ka DY 42 243 MCt tig n m O a 1D Cu De 2 25 Mz t fPdg n m t a 2 1 Z 5 2 26
49. Ss 42 120459 48 Fig 4 5 EROE RRF BERNA Ae VGT Xs 4 8 amp T NAP EX 4 9 T 4 5 4 7 io jg 4 10 TET 4 11 La a 4 12 2 4 10 4 11 LR a d 65 4 18 Letij s Ghee 4 14 X Z FO Z Ix Lt Iy t 1 t Ir t Fig 4 5 3
50. 1 1 BOW CHO Flm discriminator TAC tine to auplitudo converter DX X RAIAS hhn TACOS 1 ap erture TAC D
51. 5 0 5cm min 1 20 C RO z A Fig 5 3 0 OLLE I N ranZzHd Qd s 8 0 9 8 HUp 0 019710 J ouu BJnuly 86 9 9 61 c 9P9 0c1 0v 0 8 8 Xl Vd HdQ VS LOTON 60 8 10d 608016 0 166 S YV 4 31n99jok uu way 90 0 ainssajd 2o0BjJng SNY BB 10 813d0 Hd dua aseydqng yuaA 09 9u07 81429319 3 90 31 L A ee WE 12 2 3 4 Ch 6 7 1 6 1977 pp 439 516 LB 1986 pp 1 15 LB 1989 1990 29a ZC 2
52. d LOT Vo VEE HG Ue BM 0 ELE E Fig 4 3 3 1 1 2 3 1 WA W 39 A 514 5nm Ar 7 4 We FS US 40 A RB SHG 4 335nn ET uns eee Kaj A EN MCP PMT KAJEKLWLERWCZE LEA 40 L S5 ee M IRSE IUSTI GSA CASE ee AA ENEA RN NIST CE agree CAC A D figg 4 2 ERRE 4 Ll EAE ws aa IRIURE S I JAR JES O OQ OOO OOOO OO
53. Fig 3 3 RMODMAMReE BLK BAG fel SE EF ri 2 16 R lt P gt n op Su faacfeutcg 2 PaC os 0 3 25 t 0 to 1 2 Mx 0 o Wo PA Pr Tp OP yo 15 A 4 8 r Pz rsi Pz rss gt PykT a gt Fa J 3 28 9 45 63 4 8 My 0 Pelrs2 lt P2 gt PA 8 2T 5 7 35 l 2 Mz 0 M OG X qne P rsi lt Pe2 gt 10 21 4 8 2 Pa r s Pz rss Py T 12 t HP Cn 289 9 63 45 2P2 r91 lt P2 gt Mp TD 3 29 3 l OP tT ae IX oo ME 06 orto 3 9403 3 i 6 2P eke gt ig i W e ee 5 213 3 3 282568 28 7 8 292 63 8100 As BSCS SOR E ARP mcm Fors Teer rss lt P gt lt P gt 4 4 lt P gt lt P4 gt
54. E tn k E cos 0 0 X X PO cos8 3 55 3 57 c AREE dE Run Du 0 lt C 9 Hot RHEL y TZAB CEL CC 6 vy K C 3 52 3 54 Fig 3 4 Fig 3 5 20 0 7 0 5 15 Fig 3 4 E 14 0 25 Fig 3 5 EM 9 20 9 9 25 4 2 5 9 X Z 34 X5 EE MO MADE ae Cs We RS Ke Eh BMAMKE SC BAL
55. u us cos 6 t gus Slim y ws ua l cos E costo Zug OS 008 6 k m IrC0 fo 3 11 Z lr o fo 3 32 24 3 8 3 9 Co TO gt uste n 5 38 18 n C So 43350703 TOO 1740080 OD Zee Ee Lt IxC00 ERES axs X gt axsx 4 Hxa ww xu COT T4 Ix C0 Tp avs X P3 ayre x aya TF dys dee 1200 STA azs X v Benq 1 dz X Fr a7 6 3 16 EA d tes F barg 4 Bead 5 17 ly o ao A 2 4 brix byo 448 Lead Jo br a Benge de Bog 3 19 3 15 3 16 3 18 3 19 C2 23 azs ODoaxs X azs 0 caxe y E Laja Pad M ZB sago d 3 20 bzs 0_bxs x Ch o Dx1 x bzo pbxo 0 C8 ED sp Iy 0 Iz 0 o lr o l e T 5 5 ac o c p W X Wi fi 2 3 20 3 21 9 9 LB CEHA 0 ETF 6
56. pH BRE 3 3 45 d 5 vo ge 3 S x dps 2 65cm 7 6cm 0 1cm 20 TOORA ORo LB 7c m 30cm SA 3cm b 7 120 1 5 15cm min 7 8 BE X l cn min b Tcn nminiz F tJ 2 CC CKHEBRAFR OH AK Rs M
57. 2 Fig 6 1 Mx Xs Mon X 80 X MzC r x 6 8ns or 8 4ns oz 9 8ns 61 fraction of polarization 0 10 20 Time ns AF7TJYBIDPHAJ nt yg 1 LBRO UE gen C 80 C 0 WE Ya M AUT E Wil AA AA 4 A Al eM MA ha A par MUS DAS am AN AAA OT VN Tower RAPI e DI EVANS DANE pta nass plata oa X gt Me O W i ON Off IA inm sain MM M Ai M NaN f LA y AAC Db A res of My N RI in I TM IM VL al Al Mt m h de Mi UA JJ LUKA Mil IU n O 1O 20 30 40 Time ns Pig 6 2 ATJT9vE4DPHZnECT7R 1 LBRO K EWEAO ARNSKE 63
58. 2 BFA RMR 12019 7 9 CK C3 2 STM 2 WS LOL 23 229 2 ERK COHRMMHeH
59. KKR RS WR WOP VOR io So so ede oes O Ane Doa 78 ZE 19 Hm ERJ 1828
60. NOU ERE ja IAN CA P D 3 CA 2 r t N ____ 2 21 Stag Fysz Salij Z 34 degree of polarization ly Ot Le Gt pct LeCt Lett Cu gt EA pa Cu i A J 49 2 22 Cu i e t CA n 2 34 tat be polarization ratio
61. OOOODOQOO OOOOOOOO OOOOOOOOO OOOOOOOOOOO 0000000000000 OQGOOO0O0Q0O0O0000O0O0Q OOOOOOOOOOOOOOOOOO 0000000000000000000000 0000509550090000050000000000000000 000000000000000000000000000000000 MCS C 2 LAR WM Fig 4 3 4 4 27 1 2 Z
62. et LT 4H a ns PY Y Y LB X Y Z E 3 47 PES JEGO Ls X Z Y bi 2 meh CUES ee a eee Bs lt
63. 10 813d0 gt He 0 y DE BRE a 0 NU Mid 3SBYdqng tossa ozi 1U9A10G pe UFO 990 NOS 019129184 80 N 92 90 6861 a zaq BU YSO BJ 21111 S DPI dom IN CN DENS NC NER ONT D Be S 09 X CBEZB TLTEFEBDOBA ER ABLE ON Y lt o 2
64. 2 PC mp TX ect Du Geo expr Dorsal PENNE 6 76 2 cos 0 uou REP Ru w Y 2 3 47 GS X K x y Z2 Y Y cos0 Tae sin siny sin sin cosy cost CHS m 0 1 2 3 39 nm dpm cose ex D 485 d 8 GO RRA UE MO GE SE GL ko TRES 5 K Py cos8 6 a JH c 3 22 SN 5502 56080 E cos 0 0 Cv o13 v i22 C py ee er en A e ee a SO 8 49 V 0 27 jC sine do da cos 0 9sinO cos290 1 w aaa Swe wagi AO ON z Cv 14292 C 172 i by qc E WANE CECH GA 3 50 25 J sin6d6 P cosa 1 32 6sin O0 cos ON P 2 COSO a aer 3 2 s na 3 51 27 IA sino dO P lt Me D V 2 n 9 jt 2 24 C2 20
65. 3 3 Mx 0 Mr 0 i M2 0 WxCoo MyCoo MzCoo e Zi E die BED A NA dMx t dt i o dMyCt dt veo dMz t dt 6 1 dMx t dt t 0 Mxo Ux d o x 6 2 CY amp RO 6 2 6 2 20 lt ARS 20 ABM 35 604 145 D 4 5x10 s lt Pz gt 6 2 lt P4 1 P cos 1 dMx t dt dMy t d dMz t dt
66. Cren x AU X nr ul J HOKKAIDO UNIVERSITY Title nocte d AD E Am Author s Citaton ISsue Date 1992 0 25 DOI Doc URL http hdl handle net 2115 49766 Right Type theses doctoral Additional Information File 000000249602 pdf Informaton Instructions for use Hokkaido University Collection of Scholarly and Academic Papers HUSCAP z DR pao oe SCEN 7 V y IM E gt gt 3 RS i j NKAN Xo ua O y M He e e a H Alger mue xS j H MUEVAS z w w pr s ve hd lp PO Fr El O TER C d 5 LB 1 PIBNSE BEEIITAE 1 kit HX 20 2 NEM TIO es db wiwa A AAA 1 aR sand dna pone eee enews aa oe yl ened PPT RYKI A 5 2 nnn hh rhon 7 S qo A E AA qe CAR 3 7 2 2 BRN SARI d oU 53 950 tat HED HB vv 10 2 8 s iesvvea el wed send so waa 12 2 4 exe SCs Oe a 14 2 45 EUN re E A A O woo dra 16 T R3 wiesza e epu EAE A T KIKA EH ere a 1 BSB EREBHURBIUNDMEIEDEE cir 20 BD L5 41 573 CS 2 3 2 e I 26 3 3
67. ELIJRK 21 10 1 TEEKTFTD 50 70mW DPH DCM CEXCITON Ec SHG 2 335nm SHGELTCIABBO 8 BaB 0 2 HOYA U340 670nm 38385 mm 2 1 BL 5mmX2mm HOS SRE he bt Se CIOTA L 39 1 38 ZE IED 335nm DPH
68. I AA ROSE 2 3 KEY PRES el das SOR S UE Edna 2 4 E cx 2 5 Ir t Y 9 ZH 10 A Hi P Sam ff 40 jj sin d 2 6 n t t LEE PEL EAE E Q0KBHZCN V H MEMO 2 Y 2 4 2 5 2Z X n Cu tAE CY 9 9 2 4 2 5 1Ix t IzCt
69. L MRO thE tes BUY 4 2 5 35 fraction of polarization 0 5 w w w O 1 O 0 1 Qe Dw T 3 4 BLIEFORAZ ORZEA AMA LSA EN MER YA KIER 9550 23 FEN ij A Peet O un fraction Of polarization Dw T it BO BFR 2 CO at RA MAR 520 0 ME YA KM 0320 25 y 0 SER 0c 25 1 2 3 4 N Kimura R Tsuneta T Araiso T Koyama N Hasagawa T Ishii and K Mukasa Chem Phys Lipids 57 1991 39 kK Minosita dr S Kasaro and A Ikegami Biophys J 20019777239 i A quantum mechanics Oxford Univ Press 1983 pp 58 80 wH59 f BIMXA LKREE EXS 1991 38 45 RJ SOLBOLE HR O BJ 4 1 Fig 4 1 Fig 4 2
70. be A Fischer B U Rucha Y Knoll and H M hwald Thin Solid Films 117 1984 269 M L sche C Helm H D Mattes and H M hwald Thin Solid Films 133 1985751 F Kimura J Umemura and T Takenaka Langmuir 2 1986 96 3 5 20 21 22 23 24 29 26 27 28 28 30 31 32 33 34 35 T Kamata A Kato J Umemura and T Takenaka Langmuir 3 1987 1150 T I Lotta L J Laakkonen J A Virtanen and P K J Kinnunen Chen Phys Lipids 46 1988 1 R Kuroda E Kishi A Yamano K Hatanaka H Matsuda K Eguchi and T Nakngitfi J TYac Sci Technol 589199121180 Je Be CUu EG M R S344 wa Ro M Bye v 1987 1980 4 W IEJ OME90 16 K Kinosita Jr S Kawaro and A Ikegami Biophys J 20 1977 289 T Ar is Ys Shindo E Nitta Y Kikuchi Y Kakiuchi and T Koyama Biorheorogy 23 1986 467 T Araiso and T Koyama Chem Phys Lipids 50 1989 105 J R Lakowicz Pricpiples of fluorescence spectroscopy Plenum New York pp 155 181 L L Chapoy and D B DuPr J Chem Phys 70 1978 2550 A Szabo J Chem Phys 72 1980 4260 J D LeGrange H E Riegler and W P Zurawsky Thin Solid Films 159 19882101 J J Fisz Chem Phys 132 1989 303 A J D LeGendre and H Riegler J Ch
71. d tan X40 lu tis 2 17 ii ACA ZY 2 18 Ir tOR MGA dO IRE A UG ERIKA n u t n 0 6 tOlz e A t FE o X fil X iX wld gy x sinOcos y sin sin kz cod 2 19 pes d eUSS eC a SINS ee Oo ee aS 5 Iti 12619 r t SASA cts Tao 2 7 AER rtt 2 8 Tx t I t Iz t Ir t 21Tz t 14 2 20 14 a Eus fena Ime s
72. em Phys 90 1988 3838 AMAS LBRO Pr Pf PL Sea HRs 1988 PLE L7 B SOL IOL RE DA RE 2 1 Fig 2 1 Dea CE had 208 2 13 gw 2 1 1
73. undstr m Chem Phys Letters 167 1990 383 1974 pp 92 103 N Kimura R Tsuneta T Araiso T Koyama N Hasagawa T Ishii and K Mukasa Chem Phys Lipids 57 1991 39 19 AS 8 TIW HAWRIWUERE U 3 1 LB Fig 3 1 2 23 Fig 3 2 1 ARO INE 95 EFR ORBAHANAKRA SN HHE 2 CDOASO Hit 9 UBC Se
Download Pdf Manuals
Related Search