金属水素化物の相転移と熱膨張
Contents
1.2. Th ni Tsz
3. 3 2 PID SSR Optical Lever
4. H PID PID PID PID G s Oe lis 1 9 9 1 dt 2 1 E T s 2 0 ProportionaD Integral Derivative
5. Nb 80mm 950K Fig 5 80mm 22cm
6. ON OFF 2
7. I 20 SOS
8. 5 1108 SSR 100AC 6 E EC1103 1103 PID 3 1 0 1C 1 8 3ch Ch 1 Ch 2 547 Ch 3 Fig 9 1103 SSR SSR
9. MH 1 o x 1 2 6 0 5 x 10 3 BOC Tsite 2 90 5 x 10 3 nma
10. SSR omoff SSD SSR
11. 2 1 Nb H g 250K Tsite BCC Fig 3 Fig 3 Hig 3
12. PID 72 PID PID 3 PI PID PID 1 K l Ts TT s is 3 3 6 6 1 0dB
13. 0 80 1 2 1 1 2 2 1 1
14. 25 26cm 22cm Internaldiarmeter 40 53556 51 Right 51 0 100 200 300 400 Distance the side of the furmace Fig 5 IV
15. 2 Hig 1 Hig 1 oc Fig 1 1 7 2 eg g Hig 1 b 2 x Free Free 1 Temperature Temperature Fig 1 1 2 Nb H Nb H Fig 2
16. 16 6 0 03 5 OE 4 4 82 1 1 0K min 82 2 1 0K min PureNb a 2 1 03 A 1 1E 17 290 300 350 400 450 500 550 600 650 1 Specimen Temperature Fig 18 NbHoss Nb PID PID 1 PID 2 HH 15 8 3 63 2 L TT K 3 4 Kd 1 5
17. 2 3 Start PID gt EC1103 5
18. K min mV Excel AL L 2 18 Nb H
19. 2 Nb H oe 2 Nb H 8 0 250K 500 450 b 400 ob 2 8 OOOO 350 ortho rhombic 300 250 10 20 30 40 50 60 70 80 90 H Nb 100 2 Nb H Trsite BCC co lt 79 8
20. A 7 1 0 9 9 2 nz 0 9 0 _ 2 ag No 1 9 85mm No 2 10 10mm gd A A 2 dL 0 ZS Nb Nb Hx Nb Hx Nb Table Table 1 PureNb Table 2 54 74 w 54
21. 18 SSR SSD TRIAC E 0 lt AC100V SSR 7 SW EC1103 4 5 lt 32V Ch2 0 9 2 SSR 1 8 E Fig 11
22. 10 5 6 3 K min 2 550 5 7 40 V Run 8 No 2 74 Nb H74 No 1 54 9
23. 5 2 10 470K 11 400K 360K 15 W No 2 74 Nb Hz4 No 1 54 Nb H54 3K min
24. 20 G s 1 Ti 10 Tu 0 1 0 Fig 6 PID
25. EC1103 on off SSR EC1103 40V Note 1 di dt test condition VDRM 5 x Raled ITM 17 taw 10bs tgr 250ns TOSHIBA 13 10H1A Weight 1 70 Fig 12 M12JZ47 14 VI Nb H a 23 No 1 82 52mm a 9 85mm No 2 Lo 83 01mm a 10 10mm d Na
26. PID PID Ki 1 7 Ka 72 Fig 7 PID PID PID PID 1 0 5 me FE lt 9 3 1 _ 1 1 1 1 Fa Fig 8 63
27. On 10 1 0 ON 8 PID D Key Channel No 1 No 2 D Key Channel Run TKey PID 4
28. 323K 1 PID 3 4 PID RUN 19 HH HH TA OO I INN RAT DT HHH 603 150 200 100 min Fig 16 PTD 5E0 Fa Es 2 150 HHH
29. Fig 17 PID 20 IT 150 HH 4 HH HH 11112 a _ 29 2 HE _ as 21 Fig 19 PID 0 01mnn 1 00mnn P 5 520 lt FF 470 1 727777
30. 226181 1998 0 1982 00 1998 NTS INC 1998 et al Acta metal 86 1558 1562 1988 1 2008 J Phys E 22 907 1989 Plackowski et al Physica 212 119 124 1995 974 1979 1988 5 1988 1988 Sorokina et al Alloys 194 141 145 1993 28 2009 2009 OO amp 28
31. D 17 STS FS 26 1Km 1 5 mm 26 40 mm 1 20 0 3 m 100 0 15 0 5 8 2 mm 1 1 7 kg Fig 14 P 2 PQ
32. 78uzaee 4 m2 fa h W m2 K Btu h ft2 22 1 PID 2006 2005 2005 15 1986 8
33. 2 K 3 4 63 10 1 gt 080 709 Y Table4 PID
34. Ei Ez Q 68 P Q 1 2 DC O 2 Fig 15 18 X 1 PID 1000 01 I 100 0 min D 10 00 min 2 PID P 0 10 I 0 01 min D 0 00 min 3 PID P 500 1 I 50 01 min D 5 00 min 4 PID 303K 2K min 473K 5min 2Kmin
35. _ ___ PI 0 35 0 6 0 3 0 6T KL PID 0 6 0 95 T KL 0 6 0 7 KL 0 3 0 45 T K PTD 5 100 6 Ki Kp I 1 7 Kd Kp D D 11 AC POWER Controller
36. 74 82 52 83 01 Table3 82 600K 0 1Pa 3 K min 650K Nb Fig 4 1 0E 05 5 0E 06 a 0 5 0E 06 K Fig 4 Nb Fig 4
37. PAC04 ON OFF 100 240V 12 50V 264V 10A 4 5 32V DC 1 0V DC 1 5 8kQ 20 12mA 1 5V 100mA Fig 10 SSR PAC04 1800K 0 1Pa 1km 1 5mm 1 20 0V 180V Ni Cr 73K 573K 1073K JIS on off
38. K 0 00 1 12 2 24 3 36 4 48 6 00 7 12 8 24 9 36 10 48 Fig 20 Nb Hojs Fig 16 Hig 19 ON OFF Hig 19 PID Fig 20 370K h 4 W
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