CAJ | 학술논문

由于日本消防法中固体氧化物的燃烧试验方法,与联合国黄皮书中所建议的试验方法有所不同,在实际应用中经常出现矛盾.因此,本文对其中的一些不同之处进行了重新的研究考察.并与日本海事检定协会和代表联合国标准测试方法的荷兰应用科学研究组织进行合作,对比研究了联合国建议的关于固体氧化物燃烧试验的方法.并就其中发现的问题提出了相应的改进意见.具体有以下4方面的措施:(1)纤维素种类对于燃烧时间的影响;(2)环境湿度及纤维素含水量对燃烧时间的影响;(3)导火线材料与导火线破裂方式出现的问题;(4)联合国建议中的举例数据.
유우일본소방법중고체양화물적연소시험방법,여연합국황피서중소건의적시험방법유소불동,재실제응용중경상출현모순.인차,본문대기중적일사불동지처진행료중신적연구고찰.병여일본해사검정협회화대표연합국표준측시방법적하란응용과학연구조직진행합작,대비연구료연합국건의적관우고체양화물연소시험적방법.병취기중발현적문제제출료상응적개진의견.구체유이하4방면적조시:(1)섬유소충류대우연소시간적영향;(2)배경습도급섬유소함수량대연소시간적영향;(3)도화선재료여도화선파렬방식출현적문제;(4)연합국건의중적거례수거.
The present paper has done a careful study on the testing methods for oxidizing solids at the UN Recom-mendations. The methods have been adapted in Japan so as to make it in conformity with the Japanese nationallaws and the UN's Recommendations for its future revision. In his research the author has found some problemswith the UN Recommendation and in turn brought about his suggestions for further revision. That is, (1) Effectsof difference of celluloses on burning time; (2) Effects of humidity in the ambient atmosphere and water content ofcellulose on burning time; (3) Ignition wire materials and problems with the wire defects; (4) Problems with thesample data provided in the UN Recommendations.