Promoting carbonization of polypropylene during combustion through synergistic catalysis of a trace of halogenated compounds and Ni2O3 for improving flame retardancy

	Promoting carbonization of polypropylene during combustion through synergistic catalysis of a trace of halogenated compounds and Ni2O3 for improving flame retardancy
	Yu HO ; Jiang ZW ; Gilman JW ; Kashiwagi T ; Liu J ; Song RJ ; Tang T
刊名	polymer
	2009
卷号	50 期号:26 页码:6252-6258
关键词	FLAMMABILITY PROPERTIES POLYMER NANOCOMPOSITES INTUMESCENT SYSTEMS THERMAL-DEGRADATION CARBON NANOTUBES PENTAERYTHRITOL DIPHOSPHATE AMMONIUM POLYPHOSPHATE FIRE RETARDANCY MODEL-COMPOUND ADDITIVES
ISSN号	0032-3861
通讯作者	tang t
中文摘要	the effect of combination between a trace of halogenated compounds (such as ferric chloride and ammonium bromide) and ni2o3 particles on the carbonization of polypropylene (pp) was investigated during combustion. the results showed a synergistic catalysis of combined halogenated compounds with ni2o3 in promoting the formation of the residual char during combustion. the investigation on the promotion mechanism showed that halide radical releasing from halogen-containing additives worked as a catalyst to accelerate dehydrogenation-aromatization of degradation products of pr which promote the degradation products to form the residual char catalyzed by nickel catalyst.
收录类别	SCI
语种	英语
WOS记录号	WOS:000272654100009
公开日期	2010-05-04
内容类型	期刊论文
源URL	[http://202.98.16.49/handle/322003/11415]
专题	长春应用化学研究所_长春应用化学研究所知识产出_期刊论文
推荐引用方式 GB/T 7714	Yu HO,Jiang ZW,Gilman JW,et al. Promoting carbonization of polypropylene during combustion through synergistic catalysis of a trace of halogenated compounds and Ni2O3 for improving flame retardancy[J]. polymer,2009,50(26):6252-6258.
APA	Yu HO.,Jiang ZW.,Gilman JW.,Kashiwagi T.,Liu J.,...&Tang T.(2009).Promoting carbonization of polypropylene during combustion through synergistic catalysis of a trace of halogenated compounds and Ni2O3 for improving flame retardancy.polymer,50(26),6252-6258.
MLA	Yu HO,et al."Promoting carbonization of polypropylene during combustion through synergistic catalysis of a trace of halogenated compounds and Ni2O3 for improving flame retardancy".polymer 50.26(2009):6252-6258.