1 |
Hyunmyung Joe, "A Study on Air Transportation of Lithium Batteries", Aviation Development Vol.60 pp.127-143, 2012.
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2 |
Chemical Terms Dictionary Editing Committee, "Chemical Terms Dictionary", Il-jinsa, p.524, 2003.
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3 |
ICAO, "Technical Instructions for the Safe Transport of Dangerous Goods by Air", www.icao.int, 2011
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4 |
UN, "UN Recommendations on the Transport Dangerous Goods - Model Regulation", www.unece,org, 2015
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5 |
IATA, "Dangerous Goods Regulations", www.iata.org, 2017
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6 |
MOLIT, Order 2015-1086 "Korean Dangerous Goods Air Transportation Standards", www.molit.go.kr, 2015
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7 |
MOLIT, Order 2016-1004 "Korean Airworthiness Standards", www.molit.go.kr, 2016
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8 |
FAA, 14 CFR Part 25 §25.857, www.faa.gov, 2016
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9 |
FAA, DOT/FAA/AR-10/31 "Fire Protection for the Shipment of Lithium Batteries in Aircraft Cargo Compartments", www.faa.gov, 2010
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10 |
MOLIT, Order 2015-609, "Standards for Aircraft Technical Standard Order Authorization", www.molit.go.kr, 2016
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11 |
NFPA, NFPA-484 "Standard for Combustible Metal", www.nepa.gov, 2015
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12 |
Gang-jun Lee, "A Study on How to harmonize Amended ICAO Annex 18 (Dangerous Goods Air Transportation) to Korean Regulation", www.prism.go.kr, 2015
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13 |
FAA, "FAA Halon ARC Final Report", 2014
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14 |
ICAO, "Update on the Development of Halon Alternatives for Fire Suppression System", 2016
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15 |
Boeing, "Replacing Halon in Fire Protection Systems: a Progress report", 2011
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16 |
FAA, SAFO 16001 "Risks of Fire or Explosion when Transporting Lithium Ion or Lithium Metal Batteries as Cargo on Passenger and Cargo Aircraft", www.faa.gov, 2016
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17 |
FAA, AC 25.851-1 "Built-in Fire Extinguishing /Suppression Systems in Class C and Class F Cargo Compartments", www.faa.gov, 2016
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