消防研究所報告 第105号 - 消防庁消防大学校 消防研究センター
Contents
1. 302. API 400 APIA
3. 1 1 2
4. 2008 9 4
5. 7 7 1 3 7 2 2008 9 3
6. 2008 9
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8. 3 4 DHS 2001 9 11 DHS DHS 4
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16. 1 http www sadokankou gr jD 01outline 03history index shtm 2 1999 3 17 9 2005 4 55 pp 30 31 2003 2008 9 No 105 2008 Report of National Research Institute of Fire and Disaster Report of the Investigation of a Wooden Buildings Fire in Aikawa Sado city in January 2008 Abstract Kanji Sugii and Masahiko Shinohara Accepted July 11 2008 We investigated a wooden buildings fire which occurred in a dense area in Sado city Niigata prefecture in January 14 2008 Totally 2118 82m areas were burnt The fire spread upwind in spite of a mean wind speed of 8 4 m s Part of a building burned at the speed of 1 2m s T
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45. 1 19 20 2008 9 2 2 p 156 p 416 u 1993 3 00001 00102 01102 4 pp 59 72 2002 5 vol 15 pp 125 133 1991 6 TI pp 99 104 1986 Report of National Research Institute of Fire and Disaster No 105 2008 Fire Risk of Illegal Storage of Gasoline in a Polyethylene Container Experiments on the Leaked Gasoline Vapor and the Rollover of an Ignited Container Abstract Hiroyuki Tamura Accepted July 29 2008 Due to the Difference in the properties between gasoline and kerosene the transport and the storage of gasoline in polyethylene containers for kerosene are forbidden under the Fire Service Law In the National Research Institute of Fire and Disaster at the time of the open house 2008 we exhibited a series of experiments that showed the fire risk of illegal storage of gasoline in a polyethylene container for kerosene In this paper experiments on the
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52. NRP FEMA DHS 2008 9 H 1 104 3 pp 9 16 2 NRP resource center http www fema gov emergency nrt 3 Clair report No 264 2005 4 49 4 A pp 9 21 2006 5 Overview ESF and Support Annexes Coordinating Federal assistance in support of the national response framework DHS pp 5 2008 6 New York City Office of Emergency Mana
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55. 30 31 Experiments on Leaked Gasoline Vapor and the Rollover of an Ignited Container See also page30 31 Report of the Investigation of a Wooden Buildings Fire in Aikawa Sado city ri 2 5 14 Fire Spreaded under the roofs of some houses The left picture shows that white smoke showed by the arrow ejected from under the eaves after the fire spreaded under the roof The right picture which was taken 5 minutes after the left picture was taken shows flashover occured in the upstairs room Every picture was taken by Mr lsono Aikawa Sado city see also page 14 Investigation Results on the Causes of the Fire of the House Transformer at Kashiwazaki Kariwa Nuclear Power Station E 3 By Be id
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85. 3 B 3 REDIRI 2 AS Fin HE Overview of the house transformer 3B connecting Connecting ducts and melted holes see also ducts and the firewall see also page 2 page 3 EA R 1 Pe ase 11 BERR 23 29 Lae TEAS 34 Contents Research Paper Investigation results on the Causes of the Fire of the House Transformer at Kashiwazaki Kariwa Nuclear Power Station Hiroyuki Tamura Masato Fujiwara and Koh ichi Kasahara 1 Report of the Investigation of a Wooden Buildings Fire in Aikawa Sado city in January 2008 Kanji Sugii Masahiko Shinohara 11 Investigation of a National Response Plan in the United States Yoshihiro Hirokaw
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91. 1993 2008 9 Report of National Research Institute of Fire and Disaster No 105 2008 Investigation results on the Causes of the Fire of the House Transformer at Kashiwazaki Kariwa Nuclear Power Station Abstract Hiroyuki Tamura Masato Fujiwara and Koh ichi Kasahara Accepted July 4 2008 The Niigata Chuetsu Oki Earthquake M6 8 occurred on July 16 2007 In Kashiwazaki Kariwa Nuclear Power Station a fire occurred at the House Transformer 3B of Unit No 3 We report the outline of a fire of the House Transformer and the causes of the fire The main contents are as follows At the House Transformer 3B because the secondary connecting bus of the transformer was subsided against the foundation of the transformer the secondary connecting bus ruptured Then the bushing of the secondary side of the transformer ruptured and the insulated oil leaked out the ducts of the secondary connecting bus And the duct contacted to the connecting terminals arc discharge occurred between the duct of the connecting bus and the connecting terminals in the duct The insulated oil leaked ignited by the heat of arc discharge Kawasaki City Fire Department Tokyo Fire Department 105 2008 9 MEZ 20 7 11 2008
92. ISSN 0426 2700 105 2008 9 Report of National Resear ch Institute of Fire and Disaster No 105 September 2008 Fire Risk of lllegal Storage of Gasoline in a Polyethylene Container Ta cea Yi eye Bes Ari Ignition to vapor of gasoline leaked from kerosene stove Flare behind kerosene stove 36 Experiment on Kerosene Stove Accidentally Fueled by Gasoline See also page36 RUS DRE RO a i N T i 30 TF 6 Experiment on leaked gasoline vapor Experiment on the rollover of an ignited container Upper The condition just before igniting Upper The condition just before igniting Lower The condition 30 seconds after igniting Lower The condition 6 seconds after igniting
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94. 2008 U S disaster response was regulated by the National Response Plan NRP of 2004 These regulations describe the rules of city state and federal government interactions In addition the plan details a collaboration strategy among these entities This report introduces the NRP and presents problems concerning the 2004 Hurricane Katrina in the southern United States 105 2008 9 20 7 29 1 19 20 1 1 120 150 HESEL Toh W 20 4 1 20 20 5 4
95. leaked gasoline vapor and the rollover of an ignited container are introduced 105 2008 9 T 20 8 4 1
96. of fire suppression by helicopters Tadashi Konishi Hironori Kikugawa Yusaku Iwata Hiroshi Koseki Kohei Sagae Akihiko Ito Katsutoshi Kato 76 THERMAL BEHAVIOR OF SEWAGE SLUDGE DERIVED FUELS Xin Rui LI Woo Sub LIM Yusaku IWATA and Hiroshi KOSEKI 89 SPONTANEOUS IGNITION OF BIODIESEL A POTENTIAL FIRE RISK Yasuhito SHIBATA Hiroshi KOSEKI and Okiyasu SHIMIZU 101 111 NOTICE The papers listed here are unavailable in this cite because their copyrights belong to other organizations Contact us if you are interested in a paper in the list Articles of Staff of NRIFD Published by Outside Organizations Contents Experimental Study of Whirlwinds on the Downwind Side of a Flame Masahiko SHINOHARA 41 Experimental Study on the Sloshing Behavior of the Floating Roof using a Real Tank Haruki NISHI Minoru YAMADA Shinsaku ZAMA Ken HATAYAMA Kazuyoshi SEKINE s Do Flash points of n decanol Kyungok Kwon Dongwon Lee Yusaku Iwata Hiroshi Koseki 67 Risk assessment on processing facility of raw organic garbage Xin Rui Li Hiroshi Koseki Yusaku Iwata 70 Aerial firefighting against urban fire Mock up house experiments of fire suppression by helicopters Tadashi Konishi Hironori Kikugawa Yusaku Iwata Hiroshi Koseki Kohei Sagae Akihiko Ito Katsutoshi Kato_ 76 THERMAL BEHAVIOR OF SEWAGE SLUDGE D
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99. 5 2006 3 2 SEMO 7 1950 SEMO ld FEMA SEMO 1954 53 35 2008 9 1995 2001 9 11 1 3 3
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101. ERIVED FUELS Xin Rui LI Woo Sub LIM Yusaku IWATA and Hiroshi KOSEKI 89 SPONTANEOUS IGNITION OF BIODIESEL A POTENTIAL FIRE RISK Yasuhito SHIBATA Hiroshi KOSEKI and Okiyasu SHIMIZU 101 Case Study on Electrostatic Charging during Cleaning Work in an Oil Storage Tank Hiroyuki TAMURA 111 105 5 20 9 30 T 182 8508 4 35 3 0422 44 8331 http www fri go jp gt Email toiawase2007 fri go jp EN hl W INE T 105 0012 1 1 21 N RIF D 182 8508 4 3 5 3 http www fri go jp National Research Institute of Fire and Disaster 35 3 J indalji Higashimachi 4 chome Chofu T okyo 182 8508 J apan
102. Illegal Storage of Gasoline in a Polyethylene Container Experiment on Kerosene Stove Accidentally Fueled by Gasoline Abstract Sanae Matsushima Accepted August 4 2008 The transport and the storage of gasoline in polyethylene containers are forbidden under the Fire Service law However it is possible that there are some consumers who don t know the regulation and use the polyethylene containers instead of steel containers for gasoline Such illegal usage of polyethylene containers may cause accidental fueling of kerosene stoves by gasoline which can result in fires Experiments have been conducted to demonstrate the fire risk of accidental fueling of kerosene stoves by gasoline The results are explained by the difference in the properties between gasoline and kerosene HHHHHHHHHHHUHHHHHHHHHHUHHHHHHHHHHHHUHH HHHHHHHHHHHHHHHHHHHHHHHHHH H 41 Haruki NISHI Minoru YAMADA Shinsaku ZAMA Ken HATAYAMA Kazuyoshi SEKINE 53 Flash points of n decanol Kyungok Kwon Dongwon Lee Yusaku Iwata Hiroshi Koseki 67 Risk assessment on processing facility of raw organic garbage Xin Rui Li Hiroshi Koseki Yusaku Iwata 70 Aerial firefighting against urban fire Mock up house experiments
103. a 23 Technical Report Fire Risk of Illegal Storage of Gasoline in a Polyethylene Container Experiments on the Leaked Gasoline Vapor and the Rollover of an Ignited Container Hiroyuki Tamura 29 Fire Risk of Illegal Storage of Gasoline in a Polyethylene Container Experiment on Kerosene Stove Accidentally Fueled by Gasoline Sanae Matsushima 34 Research Papers Presented in Other Journals or Proceedings sc 4 105 2008 9 20 7 4 19 7 16 6 8 3 3B erippe visa ork ve Ky KKE OTe 1 19 7 16 10 13 37 FE 33 4 138 JE 36 5 17 km 6 8
104. gement http www nyc gov html oem html home home shtml 7 NY State Emergency Management Organization http www semo state ny us index cfm 8 Federal Emergency Management Agency http www fema gov 9 2001 10 The U S Fire Administration http www usfa dhs gov 11 The Department of Homeland Security http www dhs gov 12 American Petroleum Institute http api ec api org 13 Nor National fire protection association http www nfpa org index asp 14 41 3 pp 71 73 2006 15 Louisiana geographic information center http lagic lsu edu 16 Louisiana department of health and hospitals http www dhh louisiana gov 17 http www jlgc org 18 FEMA 232 6 2006 Report of National Research Institute of Fire and Disaster No 105 2008 Investigation of a National Response Plan in the United States Abstract Yoshihiro Hirokawa Accepted July 11
105. here was no damage caused by spot fire whereas firebrands had been scattered downwind to 150m away from the fire occurrence point The investigated results showed some difficulties of fire fighting activity in local cities and an importance of taking measures to prevent fire spreading in consideration of the difficulties 105 2008 9 HPY 20 7 11 2004 National Response Plan NRP 2004 NRP O 1 15 9 26
106. rn Mariana Islands Republic of the Marshall Islands and Federated States of Micronesia Alaska Idaho Oregon and Washington Region III Region IV Region V Region IX 2 FEMA 1 105 DHS DHS FEMA 2 9 10 10 1 2 1 2 FEMA 10 9 FEMA 2
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