卒業研究 2次元蛍光放射線測定器の開発
Contents
1.2. 3 5 2012 1 1 4 2 1 3 7 8 CCD 2
3. 91
4. 8 0 511MeV 2 8 elektron neutron 5 proton 3 5 49 Scintirex EE ss CroHsO 1 33 grcm 1 03 gcm 1 33 g cm E 1 65 1 58 1 64 10 500 photon MeV 10 000 photorMeV 2 200 photon MeV 425 nm 425 nm 380 nm on t as ee ons Cneen Sim Q Yes Cerna on e 4 4 hm S f
5. 900C 1 200C 2
6. a sunum backgrand 80868 1 1 1 1 OO 11111111 11111111111111111111111111 400 450 500 550 600 nm CD 18 4 2 I lt backgrand 4 1 backgrand CCD CCD backgrand A 5 Q 2 4 A nm CCD P 4 2 CCD QE N s P 4 W mj h 6 696 10 34 8 ce 2 99792458 10 8 m s CCD QE 05 1
7. gt TL LT 12 CCD CCD P A nm 100cm 60lcml 1001 25 60lcml CC D 1 2 CCD 4 cm 10 0IV HA 0 15Imml 9 5Lmml CCD 0 01 s 1 3 18 1 on 2 CCD on CCD backgrand 1 2
8. C 220 2 18841 2507 F F iC Ko C RB 11 5 2000 CCD CCD CCD CCD 8 10C CCD
9. j 256 256 75 MAX ImageJ 9 1 2 2 2 300 400nm CCD 10 CCD st 2000xm VEGA 1mageJ 11
10. CCD CCD 21 CCD QE 96 0 9 0 8 0 7 0 6 0 5 48 QE 0 3 0 2 0 1 300 350 400 450 200 550 600 650 A nm CCD 400nm 6 CCD 137 300 400nm 137 400nm 350nm QE 350nm 7 1 1 22 250997 I Z 88
11. 3 300 500nm 10nm 550nm 600nm P 4 CCD CCD backgrand 300 500nm 10nm 550nm 600nm CCD backgrand 300nm CCD backgrand 81002 CCD backgrand 320nm CCD 600nm CCD CCD backgrand 6 14 1 1 4 6 4 2 C 0 5 asss musu r j r F j s usus qi al IO rh 200 min 2 3 0 150 CCD 2 IR N lt 3 6 Q 5 9 3 C 0 n 6
12. CCD CCD CCD CCD CCD CCD CCD CCD CCD
13. p W BK7 38 usss Gss IIIIIIIIIIIILYTIIIUIIIIIIIIIIIIIIIII 22424111 A G n P 1111111 11111 11111 111111111 450 500 A nm 5 IV lt m x 2 1 lt CCD P 4 4 1 CCD 17 3 2 CCD CCD A TILL x x 350 400 450 500 550 CCD 3157 21 4364 41 4 2 CCD backgrand backgrand backgrand
14. N 4 N 4 P 4 he CCD 1 N 4 19 N N k CCD 1 n n N QE 4 CCD P 4J P k N A4 QE CA k N A4 N k N 4 P 2 k k N 4 QE N P 2 k k P 2 4 hc QE 2 er QR QE 4 hck k PA P Q1 4 k k K he K z P 2 P 2 1 1 400nm K K K he QE 2 P A 11742 400nm K K QR 4 20 3
15. re 91 stimulated emiss1on sponteneous emission 4 4
16. 3 3 1 187 CCD 2 3 2 1 3 7 1 3 4 1 3 7 1 3 7 3 0 1 3 4 2 1 1 1Bq 1 3 4 1 3 4 1 3 7 27 7 2 37 gt R 1 lcm 2 065 HE EEE 6 789696 8 1344 5 313 5 563 569 kev 605 keV 796 kev 802 keV 1365 keV 8 490 563 15 49 569 kev 97 6 605 kev 85 5 796
17. 2 10961056 OQ 0 GO GO WR j O 00 N Fr K QU 3 4 4 187 ga 8 10 1 13 15 2 23 1 2 3 8 9 10 11 24 30 30 30 1 1 1 1 2 radiation 3
18. 8 187 1800s 25 tw Fu 4 1 26 187 backgrand Backgrand 600s 1800s backgrand H 11 1 Fu 1 m 21 n 36005 backerand Backgrand 27 backgrand imageJ histogram 1 187 86008 2 backgrand 6005 3 1 2 1 36008 2 600s backgrand 3600s backgrand histogram 1 2 GK 0 255 0 255 0 255 Count 1920000 Min Count 1920000 Min Count 1920000 Min 0 51 883 255 Mean 44 571 255 Mean 64 137 129 StdDey 33 388 0 49496 SHDEV 22 543 Mode 41 60402 StdDev 57 610 Mode 0 841670 Histgram
19. 11 51 1 2 CCD 20C CCD 8 9mm 11 8mm 11 1mm X 11 1mm Y 7 5mm 2mm 1 3 187 CCD 8 CCD backgrand 1 CCD 29 2 imageJ 8 1 s backgrand 1 2 9 H 8 8 a n 8 H 3008 backgrand 1 2 9 2 Am im 1 m n 24 6006 1 x
20. O Q 967706 0 00 CG K Q 3 4 3 6 Exeitation ground state AE AE AE B
21. 400099 Cmin SS CCD gt 2 1 15 3 1 JIIIIIIIIIIIIIIIIIII 11 11 1 11 111 11111 211 11111 HH 11111 441111111111111111111111144 211111 11111111 1111 11 11111 0 11111111111111111111111111 500 550 600 A nm CCD CCD CCD BK7 CC 350nm a 3 2 3 1 BK7 16
22. 1 2 backgrand 3 Dbackgrand 128 28 Dbackgrand 3D 1 Backgrand 2 backgrand zm H a a 3 15 4 5 1312 1 2 1 backgrand 2 187 imajeJ 2 2 imajeJ 8bit 256 256 49256 179987309
23. 1 030 177 370 400 1 CD 400nm 400nm 322518 1 CCD ST 2 0 0 0 M Cuantum 200014 1 2001 and 1 202011 1 11 28 17111 021 137 Bl ini Bm q 2 29 ii 0 2 107 1500 1000 Counts 290 300 310 320 330 340 350 360 370 380 390 400 410 420 Wavelength nm 10 4 2
24. 8 7 802 keV 0 249 5 4E 6 30 167 6 2 90 3 TT 137 137 Cs 662 1 Ba 85 1 wa 662 Cs Cs Ese Fc 7Cc Cs 1 2 10096 Cu Svh CMrBqrm TAEA_TECDOC 1162 0 3 3 102 1500 1000 5 Count 500 290 300 310 320 330 340 3150 360 370 380 390 400 410 420 Wavelength nm 337nm C 5 5photon MeV 2nm 3 4 j B 8 8
25. LO dh E2 Fo E1 E2 Ei Eo n 2 n 1 Eo El 4E V E2 AE h 1
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