針葉樹を主燃料にできる 純国産セラミック製蓄熱式薪ストーブの開発
Contents
1.2. AS gt Fig 3 2 A B C
3. 21 9 2020 1990 25 CO2 3 7
4. 900C W600XD600XH850mm RS ES 2
5. 2 2 1 2 3 4 e 2 a 250 0 _ lt 2 5 200 0 150 0 100 0 50 0 0 0 DD DOOD DD DD DD DD DD DDD DD OO SI DM EAD DM EDOM En EME Eo oo mo mino FN O MN NOW MO FT M0 N10 mM mM mm Ee i oe EE ee EE oe EE re EE ee Ee EE oe EE oe PS PS LS LS LS L
6. 900 900 1 t
7. 2 6 6 C 8 0 68 22 PM lg C g O g H g IN g lg __ O0 0823 ICO _ 1924 825 1099 g 00877 CO ssszo io724 28597 IL 60 NO 07 J J L_04 192 lk s7ez NE 1539 9401 HO 2834 2519 315 0 31721 31721 3700 6 1480 2 1973 7 246 7 EN 315 973 7 1204 7 231 4 887 9 9 2 a Qe _ 600 O20 8 7 O 2 _ a hr 10 1 a dd 200 Ot 2 mp Sen gt H a snag pe
8. 08 1 3 A 100vo19 B 3 0 vo19 33 2xlog
9. 1 24 20 5 16 3
10. 12 4 2 2 1 900 85 2 2 85 2 3 W500 XD500XH750 2 4 30 FF
11. 2 doU 1 WxDxH 3 4 2 3 1 2 THC 02 CO02 CO
12. CO NN OM Nn OMNIn 0 FT FI RK ONn Un FIFONn nO HF NK ON Nn CN NN CN NN NN NN CN NN CN NN CN a lt O ms kg C 2 1 2 25 23 30 3 3 8 00 2 1 5kg 598 2 2 23 1 5kg 2 4 5 4kg 2
13. 1 Filter Exhaust Exhaust 7000 mm IceBath PG 250 30mm X 40 Xx 300 22 24 4kg 1 7 4 7 0m 6 0mm 1 0m SUS PM SUS PM SUS 120C 1 L min
14. 2 4 4 1 4 1 1 PM 1 cow Vc CO cCo my Oy coOco 9 meQe Tcomp wkw Mw Oy 17 800 kJ kg eco Le CO 10 100 kJ kg 32 800 kJ kg PWM
15. 12 4 100 300 400C 300
16. LL Fig 2 MAIN COMP MAIN A B COMP B CPU A CO S05 1 2 CO2 CO CO
17. 8 0 2 4 4 C 72 21 lg C g 232 7 133 0 5518 2 11505 0 4013 2 Ei TT 408 PM Mg _ 0 0829 g O0951 lg 1395 12 25 Se 0e a 20 OOO0 O 10 7 800 ow a 15 H fF 8 NN Wi AN 600 1o 1 Fi QG 5 i Ww 400 8 a np Q 1 me 5 lt 0 a 0 30 60_ 90 120 150 180 0 30 60_ 90 120 150 180 Time min Time min a b 1 6 5000 1 4 C02 sp1 2 100 xNO 4000 H20
18. lt 1 12 YY 2 4m 28 4 mi 1 1 1 2 13 30 TR 74Ui
19. 200 100 2 1 5 1254 2136 1936 2299 1896 5027 4 P M 3 383 0 601 1 403 2513 1 254 39634 16710 10654 7735 8929 18175 2 1 1 C 9 5 73 21 ER PM
20. CO PG 200
21. 1 PM 3 1 1 4 30 700 75 3 300 75 200 140
22. 6 3 1 8 2F 9 1F 3 1 3 http heron1263 exblog jp 1 3 50 2
23. Uw Qn UcoQco MeQc MgQs 7 my QO 7 2z 7g Mm dt 4 mp Mm mMc M20 0 2727xc9 0 4286r_ 02 PU 209 LG 2 0 2727r EU AZ 0 2 5 EU II EL m 1 5 x0 233m 0 5825 6 gt co2 gt co 02 C02 C0 N2 H20 THC H2 2 PM PM PM g m3 PM PM g hr PM X60 PM
24. PM PM PM 90 1 CO C02 02 NO PG 250 SUS 0 55mmX220mm 200mm 1sec 5 2
25. 2 6 3 2 5 4 b c e f SUS g 3 8 i a UU NV
26. rm rm rm rm rm rm 2 2 2 2 2 2 2 2 2 2 2 2 3 2 2 2 2 5 2 300 3 81 2 0 4 200 84 79 PM 4 650g 2 7 4 5 PM 2 513g 4 4 5 200
27. 20C 60C 8596RH W68 XH180 XD45mm 12mm 250mm 950mm 1 2m 1 9m PR TA a 0 m s km h h min C X1 1 23 5C 0 20 5 00m s 0 01m s m s 0 70 18 00km h 0 01km h Km h 596rdg a 18 0 72 0km h 0 1km h mile h 0 50 11 20mph 0 01mph 19 f st a 0 40 9 70knot 0 01Knot Knot a 0 1m s 0 3km h 0 2ile h 0 2knot 20ft min 50 0 1300 0C 0 7 5 Type K 50 0 100 0C 0 496rdg 1O 50 0 gt 1100 0 C 0 496rdg 0 5 Type J 0 50 0 lt 100 0 C 0 496rdg 1C
28. 2 D 70 Tigchel heaters 4D 2 Me 3 3 1 3 1 1 W560mmD590mm H750 172kg X W700mmD700mm HI150 700kg W500mmD500mm H750 200kg 1 2 W500 XD500 XH900 X 110 XX 150 LN
29. PM g ooe26 lg _ 0 0864 gg IO g 183 7 105 0 4917 3 1341 1 3576 2 08 04 378 2 0 054 jg 4209 12250 153 1 0 250 278 2 _2473 309 3878 0 NN 3705 8 1482 3 1976 4 247 1 1357 1 1195 1 124 8 0 4 25 5N2 15 Qe 1000 ie g00 8 4 GO a CC 600 1 eT H M 3 Na Q i Sm 400 CO i 1 Q 5 wi A Q i a Da 5 1 0 0 ag s 0 30 60 _ 90 120 150 180 0 30 60_ 90 120 150 180 Time min Time min a b 1 4 6000 CO 5000 _ CDO 4000 3000 oo00 L 1000 0 0 0 30 60 90 120 150 180 0 30 60 90 120 150 180 Time min Time min c d
30. 23 24 40 PG 250 NOx QO 0 NO NO NO NO Chemiluminescence NO 0 NO 0 NO NO h v NO NO NO CLD PG 200
31. 1 2 OK 3 PM 4 5 5 5 1 85 PM 2 23 23
32. 2 NOx NO0 NO NOx NO NO NO 0 0 2 1 Fig 2 A 800C BI 100vo1 CO 0 vo19 D E 100vo19 2 800 C
33. 100 350 53 2xlog p100 x 26ppm 0 4 0 vo1 I GT gt CB5OmV Fig 1 Au Pb KOH KCI 0 2HO 4e 40H a 2Pb gt 2Pb 4e
34. i 0 30 60_ 90 120 150 180 0 30 60_ 90 120 150 180 Time min Time min a b 5000 so4000 3000 2000 1000 0 30 60 90 120 150 180 0 30 60 90 120 150 180 Time min Time min c d 4 1 2 1 2 1 2 26 7 00 3 2 8 30 10C 2 10C 4 96 115 5kg 1 28 9kg 26 27 30 tej TAN PANA ar Yi ff NN Ne i 19 19 10 i 1 1l1 0L7 1 IM mh 0
35. lg cg og rg Ng g 00824 lg 00876 EE WE CS TT I 8457 HzO 2782 2473 309 42749 42749 3705 8 1482 3 1976 4 247 1 889 6 123 2 912 1 101 2 0 6 15 1200 25 Q Nr 10 MI 1 800 15 0 1 600 10 G ji 400 8 5 5 200 0 0 30 60 90 120 150 0 30 60 90 120 150 Time min Time min gt 4 a b 6000 0 5000 oD 4000 3000 ooo 1000 0 0 0 30 60 90 120 150 0 30 60 90 120 150 Time min Time min c d 2 2 2 C 6 0 55 22 PM g c g O g 214 4 122 5 ICO 51062 13926 37136 no
36. lt 2 5 a 2 6 4 2 95 85 85 PM 3 2 PM PM H950 W500 D500 H750 RN 2 7 4 3
37. 3000 0 8 0 6 2000 0 4 1000 0 2 0 0 0 30 60 90 120 150 180 0 Time min c 30 60 90 120 150 180 Time min d 2 5 5 C 8 0 72 24 RY PM lg Cg jog Hg Ng eo 9 el9lio92 2 g 100803 g 0 0835 ICO 49247113431135816 NO _ o9 os o4 L 361 Ho id2so i2667 1583 220 270 lg ezes HzO 2782 2473 3091 37310 37310 3705 8 1482 3 1976 4 247 1 1146 3 996 8 1196 04 _ 1000 0 wt a o20 8000 TY en ioF sa 1 E15 2 600 2 jm TI ee 1 1o i ws MM 6 oo 1 0 30 60 90 120 150 0
38. 99 _ 94 HO 14845 t3195 1649 2oo 2oo ls 00777 g 00782 1502 HzO 2782 2473 309 0 42828 42828 37058 14823 19764 2471 14410 222 13505 1130 04 15 1000 25 En 20 Ag 0 8 800O Lo 0 PT 5 9 lt a 9 5 gt a ot 6 30 60 90 120 150 0 30 60 90 120 150 Time min Time min b b 2 5 6000 CO 5 CO2 GoD 100 lt NO H2O 6 30 60 90 120 150 0 30 60 90 120 150 Time min Time min c d 71 3 30 75
39. 3 25 20 a kg C 10 4S a ST A oy oS a a ey SN a SS 2 4 3 9 17 0kg 3 1 2
40. 30 60 90 120 150 Time min Time min a b 5000 sp4000 3000 2000 1000 0 30 60 90 120 150 0 30 60 90 120 150 Time min Time min c d 2 5 1 2 3 3 L a a a a 7 18 04 14 44 009 a 1 g rh mm FT a rr 1 nD rr rr Dn 18 023 14 3318 24 19 18 46 234 0 J 16 40 49 1 1 30 50C 10 C 8 a a a a rm rm rm rm rm rm rm 1 1 092
41. CO 2 CO CO CO CO CO CO C0 4 5 10 3 X6 AC 45 31 0 50C 859RH
42. S a Ea EE a a OO EE rr rr rr rr rr mm cl G1 Gi Gi Gi Gi Gi Gi Gi Gi Qi oi ciel Qi eo ei 16 2 2 2 2 a 2 b 2 6 c 3 0mm SK 1 7 a 1 8 b 1 9 g 2 3 3 C 11 5 58 22
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