社会技術革新学会
Contents
1.2.
3.
4.
5. 1
6. 1951
7. Free Market of by for Wisdom Na
8. 7 YA 1 w YA 2
9. 61
10. 10 kW 12 10 0 12 83 3kW ECEHJLLLUTLHUUTLLUTLLUTLLUULLUULHLUTLJUTLLUTLLHJTLLNTLU SS TN OT TT lt
11. 2 2 1
12. CO
13. 2009 8 31 2 1 pp 1 8 2009 Standards for Plating Filtration Trouble Prevention Yushifumi USUI
14. 5
15. 20 5 242 1 122 150 181 15 066 1
16. NPO NGO
17. 32 2 2 2 2 1 2004 2008 5 2006
18. 2 1994 3
19. 6 4
20. Abstract The technology for filtration of plating solution started more than half a century ago and since then has advanced greatly The demands for the quality of plating products have been increased such as high corrosion resistance high functionality more evenness and made the control standards for the plating solution much more strict in particular concentration and size of impurities To maintain these standards and fitration with high accuracy continuous filtration has become necessary In this paper the review of the troubles in filtration and the study on the measures and standards for prevention of troubles are re
21. 100 kW Low temperature difference Indirect heating Stirling Engine LISE E 2
22. 2009 2009 1 26 2009 5 245 245 1 12 12 8 123 119 a 25 25 2 95 88 6
23. 2 1m 4 3 m pcs 10mL 80000 B D F B 6G 60000 40000 20000 20 30 40 hr 2
24. 1 2006 2 60 p 54 2008 3 2 C9 21 1980 4 No 1 1961 5 2006 6 39 pp
25. PCS L
26. 5 33 2008 2004 2008 1 2 2 2 LWWC 1 1
27. 120 15 2 54
28. 2
29. w 300 LISE 10 4 kW Abstruct Japanese Forestry is declining and the forest is ruined On the other hand development of sustainable energy field is on behind of Europe and other countries These two social subjects will be solved by pay back using wood b
30. Voluntary Open Network Multiversity
31. 22 3 1 LISE 1000kW 500kW
32. 2 4 2 1 25 1 2004 151 2005 42 2008 21 1
33. 6 17 1
34. 5 11 2004 2005 2006 2007 2008 7796 639 6 6096 6196 639 65 66 61 66 60 6596 6496 5496 5796 5496 5296 5196 5496 66 67 59 63 64 5296 60 6096 55 46 55 68 61 60 58 5896 61 12 2004 2005 2006 2007 2008 130 317 319 328 361 1456 H 82 62 59 56 59 6096
35. NPO NGO 31 1 2 3 4
36. 8
37. 2009 2008 11 3 5
38. lt 1 pp 11 17 ICaRuS Japan 2002 JILPT No 13 2006
39. 3
40. 3a 40459 35
41. 7 15 100 21 EU EU 2020 CO 2096
42. 6 2 4 1 4 2 15 7
43. 1
44. 10kW 27 7 300C
45. 5 2 16 A 13A 20 CO CO
46. 4 GNH 66 4 Gross National Happiness GNH is more important than Gross National Product GNP GNP GNH GNH 62 4 1 1 GNH
47. uk NE TA Voluntary Open Network Multiversity JR 6 SE H6
48. 5 3 36 2004 15 2004 09 01 2005 02 16 15 2005 28 2005 04 15 2005 08 15 28 2005 09 02 2006 02 17 56 2006 29 2006 04 12 2006 08 05 29 2006 09 16 2007 02 15 58 2007 27 2007 04 12 lt 2007 08 06 28 2007 09 21 2008 02 04 55 2008 27 2008 04 08 2008 08 06 10 2008 08 07 2008 12 15 37 111 110 221 4 2004 2005 2006 2007 2008
49. 1 260 C 0 MTK 370C 7 340 C 350 C 6 370 500 C E 1968 PCB
50. 43 5 5 1
51. 7 2006
52. a gt 2005 1273 gt
53. 3
54. NITE NPO NIMS INEDO SCE Net AIST NIAS 7 2005 2004 Dy Dy lt lt 51 2005 2007 2009 2 5
55. 2007 16 3 2008 7 3 53 4 2007
56. 2 2 859 6 3 5 30 m
57. 28 kg 2007 10 2008 1 A 78 5 litter 7 22 kWh 5 96 kW 5 96 7 22 0 83 2008
58. EU 3 W 09 58 52 0 09 52 10 20 52 10 31 52 0 42 52 10 53 52 2332152 12 43 52 12 54 52 13 05 52 3 16 52 22 2D2 13 38 52 13 49 52 4 00 52 4 11 52 4 22 52 4 33 52 14 44 52 2 10 52 MF 12 21 52 12 1 26
59. 1961 1964 2 1955 1
60. 7096 159 859 459 2001
61. 12 000kW 2007 14 000kW 80 839 300 2003 3
62. 2 2005 182007 2 2005 1 2004 2005 2 2005 1 2004 2005 2 2004 2005 3 2005 lt 2007 3 1 2005 2007 2005 2006 4 2 2005 2007 2005 2006 8 2007 2 2004 2007 oe 1 2005 2006 2004 2005 3 UCS 1 2004 2007 2005 2007 9 2005 2006 2 1 1 2004 2007 2005
63. 2 2 1946 1954 12 C 1952
64. gt 2005 479 b
65. 1 2 3 1 m 1 P 0 1MPa 2
66. 2008 4 1 1990 12 6 100 2005 13 5 900 6 7 79 3
67. 419 6 1 3 2009 2 4 52 2 4 1 2006 2007
68. Abstract We executed a plan to create a new educational structure based on voluntary actions This plan has offered opportunities of self education for fostering human resources who have extensive wisdom and can play their respective roles in society The principles of this plan are offering opportunities of comprehensive study and practical learning providing sufficient information to select courses freely and with self responsibility and employing rigorous evaluation system pursuart to that of university or graduate school As a result of five year effort we successfully establish an organization comprising voluntary lecturers students and institutions We now aim to expand this organization as Free Market of by for Wisdom that is a place where people gather and exchange their opinions for self education and personal fulfillment on their own accord Our final goal is to create a World of Wisdom that is rooted in the real 7 gg world with the spirits of Coalition of Society amp Education Collaboration of Mutual Teaching and Learning and Based on the Actual Field
69. 2004 2005 2004 lt 2007 2008 5 6 NPO
70. OchaMail 20 WEB 4 12 1 2 3 2 3 1 2004 332 2005 1273 2006 1272 2007 1516 2008 1624
71. 2007 1 2 3 4 5 5 5 1 40 15 6
72. 12 2004 234 2005 756 2006 715 2007 770 2008 832 3307 2004 16 2005 14 2006 12 2007 46 14 2008 22 15 509 609 1
73. 2009 1 14 1 2 2 8 1 1 3 2 4 36 5 8 67 2 1 2 4 72 56 3 4
74. 2 3 JIS 1960 10mg L 40mg L 1mg L
75. JST http scfdb tokyojst gojp pdf 20041530 2006 200 415302006rrpdf 2 1605 3 2006 3000 2 990 3 1500 3 100 49
76. 1 GNH GNP GNH GNH 609
77. 8 9 5 2006 JST
78. 2008 2008 2 2 2 4 e mail 2004 2008 1 0 8 12 3 5086 5 85 5 3905 2112 6017 lolol lglelgle lele RIE IN 1 9 20 29 30 39 40 lt 49 2 50 59 60 69 70 79 80 0 3 0 OL 99 35 1 20 2 26 3 64 9 26 7 3
79. 5m KL 11A KS 65 1 2 3 8
80. EL LA 3 2 2
81. P 0 1MPa P 0 1MPa 3 3
82. LISE C lt CT LN LT 2 5 96 kW x 83 3 kW x 4000 1 985 872 CO A CO 0 249 kg kWh 2 71 kg litter 83 3 kW Xx 4000 x 0 249 kg kWh 82 967 kg 83 CO 10 kW CO 0 425 kg kWh 2008 8 10 kW x 4000 x 0 425 kg kWh 17 CO 10 kW 1 200 100 CO 2
83. 2 2 4 1 1 6 1 1
84. 2006 6
85. LISE Thin Ls 6
86. 2 2 1 1926 1945 1926 1932 1930 10 180 200C
87. business model 2 2 1 1992
88. 3 5 FMW Free Market of by for Wisdom 3 1
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94. 1 15 2004 2005 2006 2007 2008 33 279 269 32 37 519 559 589 5296 509 16 15 1596 10 9 196 396 196 496 496 0 19 0 2 0 16 2004 2005 2006 2007 2008 269 17 20 22 24 619 629 679 619 589 1196 1996 1296 159 1796 196 396 2 296 2 0 0 0 0 0 17 2004 2005 2006 2007 2008 9596 9496 95 93 9396 596 6 59 7 7 18 2004 2005 2006 2007 2008 96 95 95 96 959 4 596 596 496 596
95. 5 6 2004 2005 2006 2007 2008 103 152 103 153 153 153 154 153 106 6 106 156 UF J 405 405 SCE Net 110 160 110 160 110 160 110 303
96. 45 2007 2008 2 3 4 1 1 OHP PC
97. OO B C 1 PE 9 R Ge ES IIS X 8 Op lt pe X a IO 7
98. 2005 45 2006 2007 58 55 2008 27 1 5 2004 2005 2006 2007 2008 fC fe
99. 200C 1 5MPa G 200C 180 lt 200C
100. 3a 3b 1965 1966 12 lp ee Se 4 4
101. 1970 1980 1960 1973 1979 2006 2007 6 2006 55 10 1973 100 1985 58 5 1970 10
102. 5 6 1 550 w 14000 12000 L 10000 tA 8000 4 A 6000 N2 N2 4000 He He 2000 0 0 200 400 600 800 1000 min 7 0 16 0 14 0 12 0 1 0 08 0 06 0 04 0 02 400 600 800 1000 min 8
103. 3 2 4
104. o 6 2008 5 5 5 2009 3 2 13 00 20 00 5 NGO
105. 1973 DNA GILSP Good Industrial Large Scale Practice 1992 2000 2003 WHO
106. CE 6 20 4 5 Web 1
107. Abstract Family life has changed dramatically due to the recent history of technological innovation Our daily lives which have become more comfortable and convenient now face new arising environmental problems It is necessary that the history current conditions and issues of technological innovation be informed in the family and consumer sciences education The subject of the family and consumer sciences is interdisciplinary study integrating the humanities and science Aconcept called Gross National Happiness GNH the fourth King of Bhutan proposed can become a value in common with technological innovation and the family and consumer sciences education aim in Japan about the future GNH Gross National Happiness Keywords Family and consumer sciences education Innovation of Technology Bhutan GNH Gross National Happiness 112 8610 2 1 1 g0670507 edu cc ocha ac jp 2009 1 13 2009 5 21 2 2008 10 17 59 1
108. 2 3 221 2004 2008 3 5 2004 2005 4 s
109. Development of Free Market of by for Wisdom A Trial in Creation of Voluntary Open Network Multiversity Yoko KUBOTA Toru YAMAZAKI Wakako NAKAJIMA Tadaaki ANAN Harumi KISHIDA Akiko OOKUBO Koichi NAKAMURA Takao YAMAZAKI Toshihiko TAKAHASHI Masaru MASUDA 5
110. 5 3
111. 6 7 8 5 3 3 1 2 2
112. w 1 pp 20 21 2000 2 2008 3 WEB http membersjcom home nejp kobysh stirling stirlin glntro html 300W 6 pp 350 353 1996
113. 5 2006 2008 2005 2008 12 2005 2008 2008 1 1 2004 2008 3 2005 2008 2007 2008 1 2005 2008 2004 2008 AN A diay ks be 3 2 2005 2008 2004 2008 2005 2008 2008 5 2007 2008 6 1 2005 2008 13 2006 2008 2008 8 2007 2008 5 2006 2008 14 2007 2008 1 2004 2008 15 2007 2008 4 2005 2008 16 2007 2008 1 2 5b 2007
114. 10C 1958 1a 1952 1b 1954 1 1a
115. 12 2 4
116. 1972 1973 24
117. 4 220 10 47 13 2 3 5 13 1 1319 7 95 2 604 8 70 3 324 9 57 4 220 10 47 5 163 11 39 6 117 1 14 3 Ua 2004 4 2 4 2 3 7 4 2 4 0 2005 4 0 4 1 3 6 4 1 3 9 2005 4 0 4 0 3 6 4 0 3 8 2006 4 0
118. 5um 100 L 50 m 0 L 3 50 jn 0 1 1 Nl 0 100 200 300 400 500 600 ml 4 0 500m 3 4
119. 1 81 81 1 43 37 1 86 86 21 26 853 833 30 2009 5 850 26 4 2004 2008 5
120. 50 JST http scfdb tokyojst gojp pdf 20041530 2006 20041530 2006erpdf
121. 18 14 8 7 6 4 2 NPO 2 2 2 2 2 1 1 1 15 72
122. LISE 300C 1000C 300C NC lt LISE
123. Keywords Free Market of by for Wisdom Reeducation Program for Integrated Management of Chemical and Biological Risk Public Education Capacity Building Liberal At 112 8610 2 1 11 kubota yoko ocha acjp 2009 1 20 2009 5 21 1 2008 10 17 29 1
124. 2 2008 2 30 90 15 1 No e mail
125. 1996 2 3 4 1 50 2 33 37 3 1994 4 1998 2 1 pp 19 27 2009 Climate change Forestry and Low Temperature Difference Indirect Heating Stirling Engine Makoto TAKEUCHI
126. lt lt 100 200 251 50 56 49 47 49 NPO NGO 15
127. 1974 1990 13 1983 80 839 2 300kW 7000kW 2 5 1991 10 1999 2008 2007
128. Abstract Hot oil heating system is a specialized technical field and it is not widely known in public However the system has played significant roles in the chemical industry as an essential utility and has been improved with the industry s development This article describes outline of the system and studies how the hot oil and the system have changed to meet with public needs of diversity and hi performance and then the future of the system will be discussed Keyworas hot oil hotoil heater 171 8531 3 29 5 bessho soken tecnix cojp 171 8531 3 29 5 tsubaki soken tecnix cojp 2009 1 19 2009 5 21 2 2008 10 17 1
129. 19 3 3
130. 361 0 5196 2 2 4 43 499 5 229 399 209 139 89 69 2 3 2
131. 2008 10 3 2004 34 2 23 1
132. 4 NPO NGO 2004 101 2005 378 2006 449 2007 459 2008 344 1731 46 2 6 38 7
133. 1kW 1 pp 47 50 1997 8 pp 51 52 2004 Makoto Takeuchi Yutaka Abe Shinji Suzuki Zenjiro Nakaya and Atsuo Kitahara Development of 10 kW Class 4 5 6 7 Low Temperature Difference Indirect Heating Stirling Engine using W type Mechanism Proceedings of the 10th International Stirling Engine Conference pp 42 45 2007 8 NPO 9 10 pp 103 104 2005 pp 53 54 2006 9 28 2 1 pp 29 58 2009
134. 200 400 1 2 3 2 http www Iwwc ocha acjp saikyouiku 42
135. 3 3 PCS mL 0 0 05 0 1 0 15 MPa 6 m 1m 3 6
136. 2007 20 100 90 80 70 60 50 40 3 20 10 0 1950 1980 1990 2000 1960 1970 2010 1 1 18
137. 1p 23 1955 1973 1960 11
138. 7 10 4 kW 8 12 5 2008 11 NPO NEDO 9 w 1kW LHSE 14 kW 9 AP1 1 250 2 AP1 1 250 600 min 1 0 5 MPaG 300 20 C 0 7 kW 25
139. 2005 87 379 359 389 339
140. 50um 500m 50 m 1L 0 2 4 _ 5 1 2 3 4 5
141. SCE Net LWWOC 4 UFJ NPO NGO 2
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143. 3 5 1 2 3 50m 4 120 100 8 80 Et 60 40 20 0 _ sg 5 10 20 30 50 70 100 um 7 7
144. 2 2004 2005 2006 2007 2008 2005 2006 2007 2008 4 5 7 7 10 1 2 1 1 1 1 2 1 1 1 3 3 3 3 2 2 5 6 7 11 7 10 10 10 7 4 3 6 2 4 4 4 6 NPO NGO 3 5 2 2 3 1 1 1 1 1 1 2 2 2 24 24 28 28 34 12 14 13 17 1 1 2 3 4 5 6 2 2 2004 2008
145. 15 18 2006 47 2007 809 959 3 19 22
146. 2 1 2009 ISSN 1883 9762 NA re 2 1 2009 8 TCPPEPDOPLETPPLTPELLZYUTFFLLLPCITLLPCTFEEIUTETTPLFLLYETIPPFLTTPLLTLEPFEETLPLLTCECPLTTLHLLTLPFELLLLLICTH i HFPPDLEELZTEUHPLHECCLLLTCPLLEELLLCLLCPHLLHTGI 1 RN RR TAR 9 skisk sissiestitesgisnsirsisshts etsrtit stdstsaegstetie stdriteeEie miretaet retest i sti arts 19 29 GNH Gross National Happiness oo 59 2 1 pp 2009
147. 30 40 50 1 4 20 909 1 4 4 109 6 59 6 gt 1 3 9
148. 15 15
149. 1968 1960 B Pauluc ci M S Hogan 1969 60
150. 609 379
151. 19 2004 2005 2006 2007 2008 419 319 27 28 30 509 56 58 5596 59 9 1296 1496 179 6 10 0 19 0 0 19 6 0 0 0 0 0 20 2004 2005 2006 2007 2008 5796 4696 4796 5496 5396 29 4296 4096 3296 3696 1196 12 10 1496 9 496 0 396 19 6 296 0 0 3 0 0 0 21 2004 2005 2006 2007 2008 29 2796 279 2296 3196 669 6 679 689 7496 67 196 496 496 296 2 196 0 0 0 0 3 2 19 296 0 22 2004 2005 2006 2007 2008 169 10 169 169 15 5296 4996 4396 4796 5296 2896 3296 299 25 24 496 8 1196 11 8 0 0 19 196 196 48 2004 919 2005 879 2006 859 2
152. 5 4
153. 21 2009 2009 2009 2 3 4 58 5 2009 2009 4 p 4 2008 7 1 1 p 3 2007 19 2008 p 128 2008 9 55 3 1 1980 10 59 1 1 2 1984 11 56 2 4 1981 12 17 2008 13 19
154. p 14 http www env go jp air osen jokyo_h19 rep04 pdf 14 18 p 250 2006 15 19 p 235 2007 16 21 16 16 35 17 11 3 1999 6 8 2 1 pp 59 64 2009 GNH Gross National Happiness Education of Family and Consumer Sciences and Innovation of Technology Learning from GNH Gross National Happiness of Bhutan Yukiko TOGO 4 Gross National Happiness GNH
155. 41 50 100 7096 50 50 1 B 2 A 100 80 B 79 70 C 69 60 D 59 X A S S 5 S A B C
156. 17 596 3196 296 396 496 149 149 100 100 24 2008 39 139 5296 3 496 41 21 2 3 2 7 7 7 100 100 96 399 6 13 529 219
157. x mm 550 x 60 x mm 300 x 120 degC 300 degC 20 kPaA 600 mn 900 kW 10 0 24 300 LISE
158. UNCED 21 19 2002 WSSD 2006 2 CCM SAICM 2006 REACH TSCA 2003 3 5
159. 1 90 4 2009 130 16 51 7 1 90 120 1 16 200 3 30 1 90 10 20 2009 400 6
160. 7 46 79 20 35 796 20 34 5 21 38 2 13 35 196 81 36 796 4 26 79 11 19 696 11 19 096 7 12 79 6 16 296 39 17 696 3 20 0 12 21 496 15 25 99 11 20 096 8 21 69 49 22 296 5 8 99 3 5 296 5 9 096 5 13 596 18 8 196 1 6 796 8 14 3 9 15 59 11 20 096 5 13 596 34 15 496 15 100 56 10096 58 1009 55 10096 37 10096 221 10096 5a 2008 ER as 1 2005 2008 1 2005 2008 3 2007 2008 2 2005 2008 3 2006 lt 2008 1 2004 2008 3 2006 2008 4 20062008 4 2006 2008 4 6 2006 2008 5 2008 11 2004 2008 2007 2008 A
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162. 6017 2004 22 2005 23 2006 22 2007 28 2008 44 2 1 8 2004 2005 2006 2007 2008 a 159 511 540 590 640 2440 1 23 26 27 28 49 30 AE 4 11 11 7 6 39 dl 80 300 186 171 192 929 1 20 27 17 24 32 24 3 12 15 11 8 49 58 250 251 351 438 1348 1 19 21 17 32 55 28 5 3 5 5 18 96 133 156 205 590 1 19 44 31 41 33 SS 1 8 9 11 5 34 35 116 162 248 149 710 1 35 15 18 23 30 21
163. 56 177 111 95 122 560 BU 2 7096 5996 5996 5696 6496 60 30 141 130 164 198 663 5296 56 52 4796 4596 4996 57 67 70 93 287 0 5996 5096 4596 5396 5196 18 64 88 113 58 341 5196 5596 5496 4696 3996 4896 234 756 715 770 832 3307 7096 5996 5696 5196 539 6 569 16 14 12 14 22 15 10 1009 60 15 11 2
164. 1 25 2004 2005 2006 2007 2008 15 56 58 55 37 221 332 1273 1272 1516 1624 6017 1 22 23 22 28 44 27 332 1273 1272 1516 1564 5957 1 22 23 22 28 42 27 234 756 715 770 832 3307 1 16 14 12 14 23 15 50 56 49 47 50 252 50 53 45 40 33 222 1
165. 15 56 58 55 37 221 332 1273 1272 1516 1624 6017 1 22 23 22 28 44 27 8 3 1 30 2096 40 2796 50 26 729 20 129 8696 659 359 3 23 369 199 159 129 129 1 3 9496
166. 2007 389 17 559 23 179 319 24 417 23 2007 389 179 559
167. 2008 1 2003 1991 2008 5 4
168. 10 300 C w 1 kW LISE 9 2 10 300C 11 EE 12
169. 2000 2 http www nichibun g cojp library sei kyoshitsu 019 s190104 htm 3 9 pp 131 142 1969 4 54 1 pp 183 191 2005 64 5 15 1 pp 21 30 1995 6 2008 7 pp 128 136 2008 8 60 pp 49 54 89 93 308 311 2006
170. 6017 5957 3307 57 1731 46
171. 151 42 36 26 20 37 1 151 42 36 26 21 37 1 214 71 63 52 40 67 9 096 496 8 15 339 129 6 2
172. 10 1 1971 0 6 1979 006 1970 4000 1981 1 000 1992 700 1970 0 034ppm 1985 0 006ppm 23 oO 1990 Off JT On JT 80 296 1990 0 1999 100 77 18
173. 14 TH JR JR 55 3 3 2009 2008 6 2009
174. 18 22 359 209 OA 159 1296 149
175. 2005 23 2006 22 2007 28 2008 42 2 2 3 3 10 2007 2008
176. 1 2004 2006 2005 2005 2007 2 2005 2007 2005 2006 2 2005 2006 3 2006 2007 2 2005 2007 1 2005 2007 1 2004 2006 4 2005 2007 3 2006 2007 3 2005 2006 2 2005 2006 6 2005 2007 4 2005 2006 4 2005 2007 10 2007 6 2005 2007 3 2005 lt 2007 7 2005 2006 8 2005 2006 10 2005 2006 1 2 37
177. 303 304 303 304 303 304 353 354 353 354 353 354 w 454 454 454 105 2 105 109 105 109 105 109 105 109 7 155 155 155 155 3 203 203 253 112 159 112 159 112 159 253 253 111 161 111 161 111 161 305 355 305 355 307 15 307 402 307 357 307 357 307 357 357 453 403 453 403 453 sod3 ET 356 356 251 9 201251 201251 201251 203 203 203 207 309 359 309 359 NEDO 108 108 108 308 308 358 556 557 163 101 1 101 151 101 151 1o1151 101 151 49 a ww Co la o a 0 206 554 555 554555 554 MS 553 553 553 553 504 504 504 504 A 254 10 204 254 204 254 204 254 255 255 106 106 455 106 455 113 113 104 104 104 104 408 302 14 302352 30235
178. 007 839 2008 89 8 9 2004 49 2005 89 6 2006 12 2007 129 2008 99 4 2005 2004 2005 2006
179. 113 118 2005 pp 83 87 7 1963 8 2006 9 10 2006 11 24 2 1 pp 9 17 2009 The changes and future of hot oil heating system Shinji BESSHO Yoshitaro TSUBAKI
180. 2 A 162 162 162 256 256 256 505 505 401 DS 39 2004 2005 2006 2007 5 107 5 107 158 158 mm 506 252 502 12 502 502 502 351 202252 202 260 256 306 306 351 Ne 503 503 361 257 8 257 552 257 552 257 552 a 102 102 102 157 4 157 157 157 D 501 501 501 1 No No 2 7 2004 2005 139 ms ame wlwl wl 1s RR RE gm 96 igm 1 lm i lee ow 2007 2008 3696 199 2296 396 E ae 9W ae Ba 3 6 2 5 1 5 1 6 2 25 1 Bi 1DC 1 1
181. 4 0 3 5 4 0 3 8 2006 4 1 4 0 3 5 4 0 3 9 2007 4 0 4 0 3 5 4 0 3 8 2007 4 0 4 0 3 5 4 0 3 8 2008 4 1 4 0 3 6 4 0 3 9 2008 4 0 3 9 3 6 3 9 3 8 15 2006 1 14 4 5 3 5 2
182. iomass from Iumber dusts of forestry Low Temperature Difference Indirect Heating Stirling Engine was developed as a key technology Keywords Stirling Engine Wood biomass Forestry Sustainable energy Climate change 136 0074 6 10 4 takeuchi suction cojp 2009 1 20 2009 5 21 1 2007 10 12 19 1 60 2 40
183. ported eywoy 5 Filter rating Fitration Particle diameter Plating Trouble 484 0894 1 2 usui sanshin mfg cojp 2008 12 22 2009521 2 2008 10 17 1 4
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