1. Montreal Protocol Meeting Concludes, Media Note, Office of the Spokesman, Washington, DC, March , 1947.
2. NFPA 2001 (2000), "Standard on Clean Agent Fire Extinguishing Systems," National Fire Protection Association , Quincy, MA, U.S.A., 2000 Edition, pp. 1-104.
3. "NFPA 750 1996 edition: Standard on Water Mist Fire Protection Systems"， National Fire Protection Association， Quincy， MA，
1996.
4. "NFPA 750 2000 edition: Standard on Water Mist Fire Protection Systems"， National Fire Protection Association， Quincy， MA，
2000.
5. IMO RES.A.800: "Revised Guidelines For Approval of Sprinkler Systems Equivalent in that Referred to in SOLAS Regulation
",Ⅱ-2/12, International Maritime Organization, 1992.
6. Purdue University (1950), Purdue Research Foundation and Department of Chemistry, "Final Report on Fire Extinguishing Agents for the Period I September 1947 to 30 June 1950," West Lafayette, IN, U.S.A.
7. Joseph Santillo，"Remove five Halon 1301 systems and furnish and install five HFC 227ea systems at Tobyhanna Army Depot, Tobyhanna,PA".DAAB17-02-B-0004, U.S. Army Materiel Command, U.S. Army Communications-Electronics Command, Tobyhanna Depot Contracting Office. 2002.
8. Liu, Z.G.; Kim, A.K.; Su, J.Z. "Examination of performance of water mist fire suppression systems under ventilation conditions".
NRCC-44676, National Research Council Canada，1997.
9. Braidech， M. M.， J. A. Neale， A. F. Matson， and R. E. Dufour，
“The mechanism of Extinguishment of Fire By Finely Divided Water，” Underwriter Laboratories Inc. for the national Board of Fire Underwriter， New York， 1955.
10. Rasbash， D. J.， Z. W. Rogowski， and G. W. V. Stark，
“Mechanisms of Extinction of Liquid Fuel Fires with Water Sprays，”
Combustion and Flame， 4， 1960， pp 223~224.
11. Mawhinney， J. r.， B. Z. Dlugogorski and A. K. Kim， “A closer Look at the Extinguishing Properties of Water Mist，” in Proceedings:
International Assoication for Fire Safety Science (IAFSS) Conference， Ottawa， Canada， June 13-17， 1994.
12. Alpert, R L., Numerical modeling of the interaction between automatic sprinkler sprays and fire plumes. Fire Safety J., 9(1985) 157-163.
13. A. Jones and P.F. Nolan” Discussions on the use of fine water spray or mists for fire supression” J.Loss Prev Ind., 1995, Volume 8,Number 1.
14. Myung Bae Kim, Yong Jae Jang &Jin KooK Kim “Extinction Limint of a pool Fire with a Water Mist” Fire Safety Journal 28(1997)295-306.
15. Kokkala， M. A. K.， “Extinction of Liquid Pool Fires with Sprinklers and Water Sprays，” Valtion Teknillinen Tutkimuskeskus，
Statens Teniska Forskningscentral (Technical Research Centere of Finland)， Espoo， Finland， 1989.
16. Kondo, T., Mori, N., Noguchi, Y., and Tokuoka, N., "Fire Extinction by Water Spray", Proceedings of ILASS-Asia,2001,pp.34-38
17. Aihara, T., Taga, M. and Haraguchi, T., “Heat Transfer from a Uniform Heat Flux Wedge in Air-Water Mist Flow.”, Int. J. Heat Mass Transfer, Vol. 22, 1979, pp.51-60.
18. Hishida, K., Maeda, M. and Ikai, S., “Study on Heat Transfer in a Binary Mist Flow” Trans. Of The Japan Society of Mech. Eng., Vol.47, 1981, pp.1279-1286.
19. Dlugogorski， B. Z.， J. R. Mawhinney， A. K. Kim， and G Crampton， unpublished laboratory data， National Fire Laboratory，
National Research Council Canada， Ottawa， 1994.
20. Notarianni, K. A. "Water Mist Fire Suppression Workshop Summary"
Gaithersburg, MD, 1-2 March，NIST，1993.
21. Lefebvre, A. H. , Atomisation and Sprays, Hemisphere Publishing Corporation，1989.
22. “Water Mist Fire Suppression Systems，” NFPA Fire Protection Handbook， National Fire Protection Association， Quincy， MA，
1997.
23. Aihara, T., Taga, M. and Haraguchi, T., “Heat Transfer from a Uniform Heat Flux Wedge in Air-Water Mist Flow.”, Int. J. Heat Mass Transfer, Vol. 22, 1979, pp.51-60.
24. C. Goodchild ， Firedass — A Fire Detection and Suppression Simulation Research Project ， Air and Space Europe (ISSN 1290-0958)， 2:1， pp. 96-100，2000.
25. McGrattan， K.B.， G. P. Forney， J. E. Floyd and S. Hostikka，”
Fire Dynamics Simulator ( Version 2 )， User’s Guide，” NISTIR 6784， NIST，2001.
26. McGrattan， K.B.， H.R. Baum， R.G. Rehm， G.P. Forney and S.
Hostikka，” Fire Dynamics Simulator ( Version 2 )， Technical
Reference Guide，” NISTIR 6783， NIST，2001.
27. Benichou, N Kashef , A.”A Fire Risk Assessment Model for Building Fire Safety Evaluation”, NRC.CNRC，1995.
28. W.D., Barry, T.F., “Fire Protection Engineering Quantitative Risk Assessment”, Holmes, Fire Risk and Hazard Assessment Symposium, 1996.
29. John M. Watts, Jr., “Fire Risk Ranking”. SFPE Handbook of Fire Protection Engineering.2nd edition, SFPE. Boston, MA, USA, 1995. 30. W. G. B. Phillips, “Simulation Models for Risk Assessment”, Fire
Safety Journal, Vol 23, 1994.
31. Anderson DA, Tannehill JC, Pletcher RH. Computational Fluid Mechanics and Heat Transfer, Taylor and Francis, Bristol, PA 19007, 1984.
32. Ferziger JH, Peric M. Computational Methods for Fluid Dynamics, Springer, 1997.
33. W. G. B. Phillips, “Computer Simulation for Fire Protection Engineering”, The SFPE Handbook of Fire Protection Engineering, MA, USA, 1995.
34. “Case Study Building Specifications ,3rd International conference on Performance-Based Codes and Fire Safety Design Method, Anew Zealand Approach” ,Fire Safety Report, Lund Sweden, June 2000 35. NISTIR6467, “Fire Dynamics Simulator – Technical Reference
Guide”, BFRL NIST, January 2000.
36. J.R. Chen, T. C. Ho, W.K. Chou, and C.C. Duh, “Thermal Radiation Hazard of Storage Tank Fires and Its Relation to Tank-to Tank Spacing,” the 2nd Intl. Conf. And Exhib. Loss Prev. in Oil, Chem.
Process Ind., 1995.
37. Rasbash, D. J., Z. W. Rogowski, and G. W. V. Stark, “Mechanisms of Extinction of Liquid Fuel Fires with Water Sprays,” Combustion and Flame, 4, 1960, pp 223~224.
38. Dlugogorski, B. Z., J. R. Mawhinney, A. K. Kim, and G. Crampton, Unpublished Laboratory Data, National Fire Laboratory, National Research Council Canada, Ottawa, 1994.
39. 陳俊勳，”建築物火災危險評估電腦模式驗證研究” 內政部建築研 究所專題研究計畫成果報告（計畫編號MOIS 881006），民國 89 年6 月。 建築研究所專題研究計畫成果報告（計畫編號 MOIS 871012），
民國88 年 6 月。
47. 簡賢文、熊光華、陳俊青、劉瑞華、黃曉揚，"細水霧滅火系統測
式之建立”，災害防救學報第 2 期，中央警察大學，民國 90 年 6 月。
59. 徐一量，"火場模擬技術手冊"，工研院環安中心，民國 90 年 12 月。
60. 林木榮、藍成陽、徐一量、李全、劉維義、葉仁德，"廠房火災後 果模擬分析與緊急應變系統建立結案報告" ，工研院環安中心，
民國90 年 12 月。
61. 劉維義、林木榮、湯志昌，"火災風險分析技術在防火工程之應用 與探討"，2002 工業安全衛生技術研討會論文，民國 91 年 12 月。
62. 劉維義，"細水霧全區洩放滅火系統在機械空間抑制效能之驗證
"，國立交通大學產業安全與防災研究所，高科技廠房與建築防火 期末報告，民國90 年 1 月。
63. 刘洪令、徐长岚、王宗华，"水喷雾灭火系统及其发展"，山东省 建筑设计研究院，2001。
64. 陈乃霖，"自动喷水灭火系统喷水不均匀性的定量研究"，成都市 建筑设计研究院，2000。
65. 陈 芬，"水喷雾设计、消火栓设计探讨"，福州市建筑设计院，2001。
66. 石磊等，"民用建筑以水喷雾灭火的可行性探讨"．北京给水排水 增刊，1999。
67. 黄晓家，"燃油燃气锅炉房和柴油发电机房水喷雾灭火系统设计"，
北京给水排水增刊，1999。