참고문헌 (23)

1. 1 Underwriters Laboratories ,“ Standard for Flame Arresters for Use on Vents of Storage Tanks for Petroleum ,” Oil and Gasoline , UL 525( 1984 ). 

2. 2 Broschka , G. L. , Ginsburgh , I. , Mancini , R. A. and Will , R. G. ,“ A Study of Flame Arresters in Piping Systems ,” Plant/Operations Progress ,Vol. 2 , No. 1 (January 1983 ). 

3. 3 American Petroleum Institute ,“ Flame Arresters in Piping Systems ,” API Publication 2028(February 1984 ). 

4. 4 Phillips , H. and Pritchard , D. K. ,“ Performance Requirements of Flame Arresters in Practical Applications ,” Hazards in the Process Industries , Institution of Chemical Engineers Symposium Series No. 97 ( 1986 ). 

5. 5 Howard , W. B. ,“ Flame Arresters and Flashback Preventers ,” Plant/Operations Progress ,Vol. 1 , No. 4 (October 1982 ). 

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6. 6 Johnson , O. W. ,“ An Oil Industry Viewpoint on Flame Arresters in Pipelines ,” Plant/Operations Progress ,Vol. 2 , No. 2 (April 1983 ). 

7. 7 Parkinson , J. R. ,“ Flame Arresters for Non‐Condensible Gas Systems ,” Tappi Journal VC8, No. 1(January 1985 ). 

8. 8 Canadian Petroleum Association ,“ Recommendations Surrounding Tank Vapour Flaring During Sour Well Testing ,”CPA Tank Vapour Flaring Committee( 1987 ). 

9. 9 Rogowski , Z. W. ,“ Manual for Testing Flame Arresters ,” Building Research Establishment, HMSO , London ( 1978 ). 

10. 10 Wilson , R. P. and Flessner , M. F. ,“ Design Criteria for Flame Arresters ,” Loss Prevention V12( 1979 ). 

11. 11 International Maritime Organization ,“ Revised Standards for the Design Testing and Locating of Devices to Prevent the Passage of Flame into Cargo Tanks in Tankers ,”MSC/Circ. 373/Rev. 1(10 May 1988 ). 

12. 12 Flessner , M. F. and Bjorklund , R. A. ,“ Control of Gas Detonations in Pipes ,” Loss Prevention , Volume 14 ( 1980 ). 

13. 13 Roussakis , N. and Lapp , K. ,“ A Summary of Investigations from Ten Inline Flame Arrester Failures ,”Presented to the Committee on Fire Protection, Fire Safety Engineering Subcommittee API, Seattle( 1989 ). 

14. 14 Palmer , K. ,“ The Quenching of Flames by Perforated Sheeting and Block Flame Arresters ,” Symposium on Chemical Process Hazards with Special Reference to Plant Design , Institution of Chemical Engineers , London ( 1967 ). 

15. 15 Palmer , K. and Tonkin , P. ,“ The Quenching of Propane Air Explosions by Crimped‐Ribbon Flame Arresters ,” Second Symposium on Chemical Process Hazards , Institution of Engineersm , London ( 1962 ). 

16. 16 British Ministry of Labour ,“ The Guide to the Use of Flame Arresters and Explosion Reliefs ,”New Series No. 34, H.M.S.O.( 1965 ). 

17. 17 Potter , A. E. , Jr. ,“ Flame Quenching ,” Progress in Combustion Science and Technologym ,Vol. 1 ( 1960 ). 

18. 18 Teodorczyk , A. , Lee , J. H. S. and R. Knystautas ,“ Propagation Mechanism of Quasi‐Detonations ,”22nd International Symposium on Combustion( 1988 ). 

19. 19 Bodurtha , F. T. ,“ Industrial Explosion Prevention ,” McGraw‐Hill 

20. 20 Nettleton , M. A. ,“ Gaseous Detonations—Their Nature Effects and Control ,” Chapman and Hall ( 1986 ). 

21. 21 Roussakis , N. and Lapp , K. ,“ The Hazard of Oil Storag Tank Explosion from Lightning Strike at a Flare Stack ”,(May 1988 ). 

22. 22 Canadian Standards Association Task Force on Flame Arresters, Test Methods for Inline and Firebox Flame Arresters Draft Standard, Rev. II(September 1989 ). 

23. 23 Department of Transportation ,United States Coast Guard Standard Specification for Detonation Flame Arrester Draft Standard, 46 CFR, Part 39, Appendix A, July 18th( 1989 ).