참고문헌

1. Jae-Hak Kim, Hee Jin Kim, Hoi-Soo Ryoo, Jin-Hyun Koh: Current problems in the measurement of diffusible hydrogen content, Journal of KWS, 23-3 (2005), 215
2. Hee Jin Kim: Effect of air condition on diffusible hydrogen content. Journal of KWS, 23-2 (2005), 111
3. G. R. Salter: Hydrogen absorption in arc welding. British Welding Journal, 10-6 (1963), 316
4. J. C. van Wortel : Reproducibility and reliability of hydrogen measurements at a level of less than 5m$\ell$ per 100g deposit weld metal (SMAW)', IIW Doc. II-1212-93 (1993)
5. G. Dickehut, U. Hotz: Effect of climatic conditions on diffusible hydrogen content in weld metal, Welding Journal, 71-1 (1991), ls
6. P. H. M. Hart: The influence of atmospheric moisture at the time of welding on weld hydrogen level, Welding and Cutting 4-2 (2005), 94
7. M. Matsushita, S. Liu: Hydrogen control in steel weld metal by means of fluoride addition in welding flux, Welding Journal, 80-10 (2000), 295s
8. D. Nolan and M. Pitrun : A comparative study of diffusible hydrogen test methods, Australasian Welding Journal 48 fourth quarter (2003), 36
9. 용접접합편람, 대한용접학회 (1998), 561
10. Hee Jin Kim: Final Report on the Evaluation of Diffusible Hydrogen Content, Report No. 04-GO-l0025, KITECH, Korea (2005)
11. ISO 3690 : Welding and allied process determination of hydrogen content in ferritic steel arc weld metal, International Standard second ed. (2000)