2013 年度 化学プロセス工学実験テキスト
Contents
1. BaSO 8 3 1 ImzO 1 0g ImzOs Sn m0 SnO 20 mzO SnO2. Cm 2C dt C 2 2 t 0 _9Cz kdt 3 C E 6 i kt 4 E0 Cg Cgo 4 0 7 Arrhenius k Ae FR 5 4 RR
3. 4 mm mm 5
4. 59 2066 2 6 6 10cc 10cc 3 7 1 5mm 50cm 100cm 3 6 8 150cm 1 0mm 2 0mm 3 6 9 6cm 18cm 4cm 3 lt 6 1350cm 1 5mm
5. Fig 1 amp 30 um A AW A 0 oa m 9 0 Toshuihide KORI
6. Table 1 4 TA 10um Fig 4 6 2 1O g 7 ON Fig 4 SOLENOID RECORDER ON
7. 20 26 0 XX X 290 231 d 1 2 2 MN OS 2 4 2 5mm 1
8. 6 1 10 00 1 70 30 1 CH COOC H H O gt CHJCOOH C H OH 1 y
9. 4 a k 6 5 1 y zCk CS NO 2 HCD 3 4 1 1 6
10. m O SnO SnO gt SnO m O SnO wt 2 InmpO mzO Sn mm O SnO 1 3
11. 330nm 0 eV SnO 3 X 2 1 32 20 407 4 123 400 411 420 400 a 400 2 123 411 420
12. Bragg 27 sin 0 7 dqd X XX 1 1 c x y lt ghm bk cL Im O c lt c c 2 2 a 7 90 6 a b c BB g 2 2 2 2 2 2 I 2 2 NT 2 dy d dr X Bragg _
13. mA mV 6 Smm 7 250nm X 600nm nm min 8 0 1C1um 6 5 9
14. c wx rr S S w C 7 w C 10mm 2 9 13mm 3 5 7 w 65 2 5mm 1mm 7 w 9 1 O S S 5 2 2 3 3
15. g 2 4 g Y 2 Y Fig 3 c Fig 3 d Y
16. Mo 10 10 2 5 6 1 SI liter 1 L 1 dm m L 1cm molar 1 M 1 mol L 1 mol dm 2 7 V M W 88 1 0 902 g cm Vs 4 4 4 In 7 mt
17. IF Excel IF IF 0 1 ii x iii gt y TE y TF iv v IF 9
18. SnO 4 33 9 SnO gt SnO SnO hk SnO g c 1 2 3 4 7 4 SnO 100 001 5 4 SnO mn O m Sn m 6 0 80A Sn 6
19. m O Sn X m O SnO SnO gt a 4 738A c 3 187A 2 2 1 X 1A X XX XX X
20. a r D r L D SW McCabe Thiele McCabe Thiele D y x 4 8 4 3 40 mol 60 mol RN 90 mol 10 mol 1 3
21. 1 2 Y OK EE 0 X 69 Shest1i a 13 a8113 3 Y Sheet1 B 13 B 113 3 De Ed FD Pt 4 y Aix B Ai R R l1 Bi xp R 1 5 g cr yr g 1 XF ZF 9 1 xF B gt Bi Ai A5 Ai Bi A2 g 2 1 B2 Z F 2 1 4 CC r AixF Bi 6 xw xw xr yr 7 3 2 IE
22. 2 50 xp r 7 xw 1 Excel 2wmws em eee 2 50 Zp 040 4 X 090 Xe 00 q 1 r 3 2 X Y x y y y ax 1 Z 1 cie Microso ft Excel C xls FE
23. X X 10 X X XX Cu XX Cu Ko Ko 1 5418A kV mA X 20 min 9 X 4 1 2 2 Q cm SnO gt 2
24. 1 2 Na4P O OOO5 M 400 ml 9 10 8 400 ml 6 7 8 11 12 A 20 lt 2 5 m m s 1 1 5 1 1
25. 9 Stokes Stokes 1 0 g cm 1 0 cP 5 Toshuihide KORIKAWA 2007 7 amp E 1 al 3 0 0 06243 1000 1 62 43 27680 27 68 1728 Stokes 1 0 g cm 1 0 mPa s Stokes
26. 20C 18 amp A Stokes Stokes Stokes B
27. 4 AP O 1 9 Ap 1 2 6 3 1 4 6 7 4 5 1 2 3
28. drag coefficient gt 2 A 1 ES A LN 4 m lt kg m m s md Paxs Ae 9 P lu 24 Re lt 2 Stokes 1 6 pa 2 10 2 lt Ae lt 500 Allen 4 Re 500 lt Re lt 10 Newton 0 44 RD terminal settling velocity gt 1
29. 5 mm BEE TA 51 1 1 3 Toshuihide ORIKAWA 2007 7 amp f d f d dz ds 1 d dz 2 Fig 3 1
30. 0 D Ca dr DWB A BC1 DW 1 kA1 3 a e F4 1 x x 0 01 1 i x 0 ii 0 01 ii 0 0 01 iv 1 TE 0 y
31. 1 Toshihide ORIKAWA 2007 7 amp 2 kg m3 2 gt p 7 s m s g 3 0 2 Ig CL 2 a 6 272 6 2 7 4 2 2 p 2 b 7 pp uw 0 4 m s 49 p p d U 8 Gtokes particle size distributions gt
32. 1 1 3 x y 1 d b Excel Microsotft Excel a ls 1 4 3 0 0 0 1 1 7 EE
33. AP Pa u Pa s m 2 50cm 100cm 150cm 1mm 1 5mm 2mm 3 1 2 10cm 3 1 5mm 150cm 4
34. frequency factor activation energy gas constant i 2 0 77 In 1 7 pj 2 M W 40 0 M W 126 1 500mL 200 mLX4 1L 300 mLX2 25 mL SmLX2 10 mL 20 mL 100 mL 3 3 3 30C 40 C 50 Me 1 2
35. 0 05 M 1 500 mL 3 0 1 M 1L 3 4 12 M 0 23 M S00 mL 5 0 S M 100 mL A 10 mL CB 10 13 6 30mL Sa 7 10 1S B 5mL A 8 5 mL 6 0 9 8 3
36. 0 69A x 3 n SnO O Sn e 8 70 30 1 1 8 4 _ szZ 1 QO m s A m
37. Fig 5 2 a Table 1 10 99987 0 99993 0 99997 0 99999 1 00000 099999 0 99997 10 99998 099987 0 99981 10 01794 001782 10 01674 0 01619 0 01568 0 01519 0 01478 001429 001887 001848 0 99978 0 99968 0 99958 0 99941 0 99927 0 99918 0 99897 0 99880 0 99962 0 99848 001810 0 01274 0 01289 0 01206 0 01175 0 01145 001116 0 01088 001060 001084 0 99823 0 99802 0 99780 0 99757 099798 099708 0 99681 099654 099626 10 01009 0 00984 0 00960 000988 000916 000894 0 00874 000855 000886 0 99568 0 99537 0 99508 099478 0 99440 0 99406 0 9987
38. 1 1 A Toshihide ORIKAWA 2007 7 amp D 1 25 g 2 66 g cm 40O ml
39. 2 0 99886 0 99300 099268 0 00800 0 00788 0 00767 0 00751 0 00785 0 0072010 00706 0 00692 0 00679 0 00666 lb ft 0 001 0 01602 C 15C 20 YC 1000 0 999 1 998 2 kgrm 10 102 1 _ 10 10 106 Table 3 Ns m Pa s P poise gem ts Fig 5 1 10 gt 0 1 1 77 1 UO0277S8 iM 2 3 EE 6 Toshuihide ORIKAWA 2007 7 McCape Thiele Excel
40. 2013 1 a 10 14A 3 75eV n wt ImO Sn TITO mdium Tin Oxide
41. KAWA 2007 7 amp 1 ssO C amp SA 2 Shimadzu Fig 2 Fig 2 Fig 3 a 7 2 Fig 3 b 7
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