Storage Lifetime Prediction of Zr-Ni Delay System in Fuze K510 for High Explosive Shell
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Park, Byung-Chan
(Defense Agency for Technology and Quality)
Chang, Il-Ho (Defense Agency for Technology and Quality) Back, Seung-Jun (Hanyang University) Son, Young-Kap (Andong National University) Jung, Eun-Jin (Hanwha Co., Ltd.) Hwang, Taek-Sung (Chungnam National University) |
1 | Taylor F. R., Lopez L. R., 'Development of a Reliable Miniature Delay System using Zirconium/ Nikel Alloy-Potassium Perchlorate-Barium Chromate', 16회 IPS 논문 |
2 | MIL-STD-331C Appendix C, Test C1 : Temperature And Humidity |
3 | 손영갑 외, 'One-shot device의 신뢰성 예측', 제16회 지상무기학술대회, 2008 |
4 | Taylor F. R., Farnell P. L., 'Study of the Storage Stability of a Zr/Ni Delay System using Ampoule Microcalorimetry', 15회 IPS 논문 |
5 | 나상언 외, '2006년 ASRP 결과보고서', 국방기술 품질원 기술보고서, pp. 7-33, 2007 |
6 | Headquarters Department of the Army, Washington D.C., 'Military Explosives, Department of the Army Technical Manual', 25. Sep. 1984 |
7 | Dr. Eric R. Bixon, Michael J. Cassiello, John D. McEwan, Jr., Technical Report ARQES-TR-06001, Armament Research, Development And Engineering Center, 'M5491 Projectile Delay Assembly Predictive Engineering Analysis in Support of the Ammunition Stockpile Reliability Program', 2006 |
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