參考書目

A. 研究成果

A1 蔡榮鋒, (2007) 水霧式隔煙系統之技術與應用研究 (3/3) 協辦案結案報告, 內政部建築研究所, MOIS096301070000G3214

A2 Tsai, R.F.*,Pabon, M., Ou, S.Y., and Chiou, C.H. (2007), The Influence of Forafac○^R WM on the fire suppression of a Gasoline fire with forced ventilation, 7th–IWMA2006, paris, france.

A3 Tsai, R.F.*, Ho, M.C., Liou, S.K., and Chiou, J.Y. (2007), The Influence of entrainment effect on the fire safety systems. Part A:freeAir Inlet and outlet. 6th–IWMA2006,Hungary.

PG9402-0461

A4 Tsai, R.F.*, Lee, C.K., Lin, S.Y., (2006), part B:with forced Exhause.

6th–IWMA2006,Hungary.

A5 蔡榮鋒, (2006) 水霧式隔煙系統之技術與應用研究 (2/3) 協辦案結案報告, 內政部建築研究所, MOIS096301070000G3214

A6 蔡榮鋒, (2005) 水霧式隔煙系統之技術與應用研究 (1/3) 協辦案結案報告, 內政部

A11 Tsai, R.F. *, Lee, C.K., Lin, S.Y., (2004) The interaction between water mist sprays and air flows: Part A: The developments of visualization techniques, 4th International water mist conference, Rome, Italy, NSC92-2212-E-150-016

A12 Tsai, R.F. *, Lee, C.K., Chen, Y.-F., Weng, X.-K., (2004) Part B:Spray characteristics without and with air flow, 4th International water mist conference, Rome, Italy.

A13 Tsai, R.F.*, Lee, C.K, Chen, Y.-Z., Chen, Y.-F., Weng, X.-K., (2004) The interaction of water mist of and air flow: Part B: Spray characteristics without and with air flow, 4th International water mist conference, Rome, Italy, NSC92-2212-E-150-016

A14 R.F. Tsai, C.K Lee, J.S Chen. and C.F. Lee., (2004) The influence of upright air flow on the motion of sprays: part I. –the visualization technique, 10th Asian congress of fluid mechanics, Srilanka,

A15 蔡榮鋒, (2003) 視覺量測技術---細水霧噴頭及特性檢測與研究, 細水霧滅火技術國際研討會, 經濟部技術處主辦, 工研院環安中心承辦, 台北, 台灣

A16 Tsai, R.F., Lee, C.K., (2003) The use of a visual system to quantify Geometric characteristics of sprays, 3rd International water mist conference, Madrid, Spain, Sep,

水霧式隔煙系統之技術與應用研究

系，國科會計畫 233 仟元，NSC88-2211-E015-005

B10 郭建廷, (1999) 消防隊搶救效能模式運用於建築火災危險度電腦評估模式之研

參考文獻築研究所，MOIS 892002，

B32 陳金蓮, (1999) 建築物重大火災案例研究彙編，中央警察大學，八十八年度建築研究計畫聯合研討會（十），台北內政部建築研究所，1999/05/14 - 1999/05/14 B33 張寬勇何承璋, (2002)，住宅電線火災防治對策之研究，台北科技大學土木與防

災所

B34 張寬勇、黃正義, (2000) 都市老舊住宅社區火災防治對策及技術之研究，: 內政部建築研究所，MOIS 891004

B35 鄧冶東王瓊美, (2001) 區劃空間火場內撒水液滴行為之研究，中原大學機械所 B36 鄧冶東羅國少, (1999) 區劃空間內火災熱流場研究，中原大學機械所

B37 鄧冶東, (1999) 火災排煙設備系統與自動洒水系統交互影響之研究(1)，: 內政部建築研究所，

B38 吳兆遠, (2002)，住宅火災特性之研究，輔仁大學應用統計學研究所

水霧式隔煙系統之技術與應用研究

系，中華民國建築學會第十三屆建築研究成果發表會，2001/11/24 - 2001/11/24 B42 林慶元, (2001) 台灣地區都市火災延燒模型之研究，台灣科技大學營建工程

系，國科會計畫 318 仟元，NSC90-2211-E011-045

B43 張邦立林慶元陳俊清林韋志陳昶翰, (2001) 騎樓式建築物機車火災之研

參考文獻

C16 Amon, F., Abbud-Madris, A., Riedel, E.P., and Thomas, J. (2000) The water –mist fire suppression experiment: recent ground-based results and planned space experiments, Space technology and applications international forum-2000, edited by El-Genk, M.S., Published by American Institute of physics, 1-56396-919-X.

C17 Anderson, P. and Holmstedt, G. (1999) Limitations of water mist as a total flooding agent, J. of Fire protection eng., 9, p. 31.

C18 Anderson, P, Arvidson, M., and Holmstedt, G. (1996) Small-scale experiments and theoretical aspects of flame extinguishment with water mist, Research report 3080, Lund University.

C19 Back, G.G. and Beyler, G. L. (2000) The capabilities and limitations of total flooding water mist fire suppression system in machinery space, Fire technology, Quincy, 36, 1, pp. 8-23.

C20 Back, G., Beyler, C. Dinenno, P. and Hansen, R. (2000) Water mist fire protection for very large machinery spaces," USCG Report No CG-D-15-00, U.S. Coast Guard R&D Center, 1082 Shennecossett Road, Groton, CT, 2000.

C21 Back, G., Lattimer, B. Beyler, C. , Dinenno, P. and Hansen, R. (1999) Full-scale testing of water mist fire suppression systems for small machinery spaces and spaces with combustible boundaries-Vol. 1," USCG Report No CG-D-21-99, Groton, CT,.

USA

C22 Back, G., Beyler, C. , Dinenno, P., Hansen, R and Zalosh, R. (1998) Full scale testing of water mist fire suppression systems in machinery spaces," U.S. Coast Guard, Rpt No. CG-D-26-98, Groton, CT, USA

C23 Back, G., Lattimer, B. Beyler, C. , Dinenno, P. and Hansen, R (1998) Full-scale water mist design parameters testing," U.S. Coast Guard, Rpt No. CG-D-03-99, Groton, CT, USA

C24 Back, G. G., Dinenno, P J., Hill, S. A., and Leonard, J. T. (1996) Full-scale testing of water mist fire extinguishing systems for machinery spaces on U.S. army watercraft,

水霧式隔煙系統之技術與應用研究

design validation, Naval Research Laboratory, NRL Ltr Rpt Ser 6180/0077.

C26 Back, G. G., Dinenno, P J., Leonard, J. T., and Darwin, R. L. (1996) Full-scale tests of water mist fire suppression systems for navy shipboard machinery spaces: Phase I _ Unobstructed Spaces," Naval Research Laboratory, NRL Memo Rpt 6180-97-7830, Washington, DC, USA.

C27 Back, G. G., (1995) Progress report: water mist fire suppression system technologies, SEPE Bulletint, NFPA, USA.

C28 Back, G.G. (1994) An overview of water mist fire suppression system technology, Proc. Halon options technical working conference, Albuquerque, New Mexico, USA.

C29 Beyler, C. (1988) Flammability Limits of Premixed and Diffusion Flames," Section 1/Chapter 7, The SFPE Handbook of Fire Protection Eng., National Fire Protection Association, Quincy, MA.

C30 Bill, R. G., Jr., Charlebois, D., Waters, D. L., and Richards, K. (1998) Water mist fire tests for class ii & iii engine rooms," U.S. Coast Guard, Rpt No. CG-D15-98, Groton.

C31 Bromann, M. (1999) Fire protection for computer rooms, PM Engineer, Troy, 5, 5, pp.

26-30

C32 Chen, C.H. and Weng, F.B. (1990) Flame stabilization and blow off over a porous cylinder, Combustion and science technology, 73, pp. 427-445.

C33 Darwin, R. L., Leonard, J. T., and Back, G. G. (1995) Development of water mist systems for us navy shipboard machinery spaces, Proc. Halon Options technical working conference, Albuquerque, New Mexico, USA .

C34 Dlugogorski, B.Z. Hichens, R.K. Kennedy, E.M. and Bozzelli JW (1997) Water vapor as an inerting agent, Proc. Halon Options technical working conference, Albuquerque, New Mexico, USA.

C35 Downie, B., Polymeropoulos, C., Gorgos, G. (1995) Interaction of a water mist with a buoyant fire methane flame, Fire safety J., 24, 359-381

C36 Dubay, C. (1999) Water mist technology evolves, NFPA J., Quincy, 93, 6,pp. 58-65.

C37 Dyer, J. H. (1997) Water mist fire suppression systems: application assessment tests on full-scale enclosure, Fire Engineers J., Nov.

C38 Edwards, M., Watkins, S., and Glockling, J. (1999) Low-pressure water mist, fine water spray, water Source, and additives: Evaluation for the royal navy, 8th International Fire Science and Eng. Conference, Edinburgh, Scotland, 1999.

C39 Grant, G. Brenton, J. and Drysdale, D. (2000) Fire suppression by water sprays, Progress in energy and combustion science, 26, pp. 79-130

C40 Grosshandler, W.L., Yang, J.C. and Clearly, T.G. (1996) Aerosol and SPGG technologies for fire research, NISTIR 5904

C41 Hinds, W.C. (1982) Aerosol technology: properties, behavior and measurement of airborne particles, New York: Wiley.

C42 Jones, A. and Nolan, P. F. (1995) Discussions on the use of fine water spray or mists for fire suppression, J. Loss Prev process Ind., 8, 1, pp. 17-22.

C43 Kim, M.B., Jang, Y.J. and Kim, J.K. (1996) Burning rate of a pool fire with downward-directed sprays, Fire safety J., 27, pp. 37-48.

參考文獻 C44 Kim, M.B., Jang, Y.J. and Kim, J.K. (1997) Extinction limit of a pool fire with a

water mist, Fire safety J., 28, pp. 295-306

C45 Kondo, T., Mori, N., Noguchi, Y. and Tokuoka, N. (2001) Fire extinction theory by water spray, In Proc. of ILASS-Asia 2001, Pusan, South Korea.

C46 Kung, H.C. (1977) Cooling of room fires by sprinkler spray, Trans. of ASME J. of heat transfer, Aug. 99, 53

C47 Lazzarini, A.K., Krauss, R.H., Chelliah, H.J., and Linteris, G.T. (2000) Extinction conditions of non-premixed flames with fine droplet of water and water/NaOH solutions, 28^th International symposium on combustion, Edinburgh, UK.

C48 Liu, Z. and Kim, A.K. (2000) Review of water mist fire suppression systems:

fundamental studies, J. of Fire protection Eng., 10, pp. 32-50.

C49 Liu Z., Kim, A.K. and Su, J.S. (1999) Examination of the extinguishment performance of a water mist system using continuous and cycling discharges, Fire Technology, Quincy, 35, 4, pp. 336-361.

C50 Liu, Z., Kim, A. K., and Su, J. Z. (1998) The effect of air convection on the performance of water mist fire suppression system, ASME Proc. of the 7th AIAA/ASME Joint thermophysics and heat Transfer Conference, 1, p. 227.

C51 Liu, Z., and Kim, A. K. (1997) Water mist as a Halon alternative: its status and development, SFPE Eng. Seminar, life after Halon: existing systems and new designs, May 1997, LA, CA.

C52 Log, I. and Cannon-Brookes, P., (1995) Water mist for fire protection of historic building and museums, museum management and curatorship, 14, 3, pp. 283-298.

C53 Marker, I R., Sarkos, C. R, and Hill, R. G., (1996) Water spray system development and evaluation for enhanced postcrash fire survivability and inflight protection in cargo compartments," 88th Symp. of the Propulsion and energetics panel on aircraft fire safety, Oct.

C54 Mawhinney, J. (1999) Q&A: Water mist: What is it? NFPA J., Quincy, 93, 4, pp.

26-29

C55 Mawhinney, J. (1999) The importance of fire testing and the design of water mist fire suppression systems, Fire protection Eng., Fall, p. 28.

C56 Mawhinney, J. R. and Richardson, J.K.A., (1997) Review of water mist fire suppression research and development, Fire technology, Vol. 33, No. 1, pp. 5490.

C57 Mawhinney, J.R., and Richardson, J.K. (1997) Status report on water mist fire suppression systems-1996," NISTIR 6030, National Institute of Standards and Technology, Gaithersburg, MD, 1997, pp. 137-144.

C58 Mawhinney, J. (1996) Findings of experiments using water mist for fire suppression in an electronic equipment room, Proc. Halon Options technical working conference, Albuquerque, New Mexico, USA .

C59 Mawhinney, J. R., Dlugogorski, B. Z, and Kim, A. K. (1994) A closer look at the fire

水霧式隔煙系統之技術與應用研究

a case study, Institute of Marine Eng., IMAS 94: Fire Safety on Ships, London, England.

C61 Milke, J. A. And Gerschefski, C. E. (1995) Over-view of water research for library applications, Proc.: Intr. conference on fire research and eng., U.S.A., p. 133.

C62 Morita, M., Minami, T., Kikkawa, A. (1997) Suppression mechanism of water mist for pool fire.

C63 Ndubizu, C.C., Ananth, R., tatem, P.a. and Motevalli, V. (1998) On water mist fire suppression mechanisms in a gaseous diffusion flame, J. of fire safety, 31, pp.

253-276.

C64 Pepi, J.S. (1998) Advances in the technology of intermediate pressure water mist systems for the protection of flammable liquid hazards," Proc. of the Halon options technical working conference, Albuquerque, NM, 1998, p. 417.

C66 Ruland S. (1999) Effective water mist system design lessens fire danger, Power Eng., Barrington, 103, 12, pp. 200-202.

C67 Ural, E.A. and Bill, R.G. (1995) Fire suppression performance testing of water mist systems for combustion turbine enclosures, Proc. Halon options technical working conference, Albuquerque, New Mexico, USA.

C67 Weng, W.G., and Fan, W.C. (2002 Experiments study on the mitigation of backdraft in compartment fire with water mist, J. of Fire sciences, 20, 259-278.

C68 Xiang, X.D. and Colbeck, I. (1997) Charged water droplet and smoke dissipation, Fire safety J., 28, 227-232

C69 J. R. Mawhinney (2000) NFPA 750 - 2000 Edition - Highlights of Significant Changes C72 Gerard G. Back, Craig L. Beyler, Phil J. DiNenno, Richard Hansen (2000) Water Mist

Protection Requirements for Very Large Machinery Spaces

C73 Magnus Arvidson (2003) The IMO Resolution A.800 (19) luxury cabin fire test procedure-Test experience and suggested revisions

C77 Williams, C., Jackman, L., Consultants, P., BRE(2006) An independent guide on water mist systems for residential buildings 2006

D 滌煙

D4 Tuomissari ,M.“Smoke scrubbing in a computer room,” Halon options technical working conference, Albuquerque：BFRL, 1999

D5 雷明遠，鄭紹材，林欲昌，黃建榮，「撒水幕應用於區劃構建之研究」，中華民國建

築學會第十六屆第二次建築研究成果，台北市：建築學會，民國 93 年。

參考文獻 E 視覺量測技術與影像處理

E1 李正國, 劉志強, (2002) 噴霧特性視覺量測術, 專題報告, 自動化系, 虎尾技術學院, 雲林縣.

E2 潘文凱, 張志嘉, (2001) 高速噴霧之影像量測術, 專題報告, 自動化系, 虎尾技術學院.

E3 林政忠,董琮煒, (1999) 二維影像濾波器之射計與應用, 專題報告, 自動化系, 虎尾技術學院,.

E4 林享億, 陳俊仁, (1999) 油霧影像之動態特性量測技術, 專題報告, 自動化系, 虎尾技術學院.

水霧式隔煙系統之技術與應用研究

在文檔中水霧式隔煙系統之技術與應用研究 (3/3) (頁 108-117)