Locke J.G,Treatment and Recycle of High Explosive Con-taminated Water.[NTIS(DE95013542/HDM)],1994.
[2]
Brandy J.Johnoson;Brian J.Melde;Paul T.Charles,Imprinted nanoporous organosilicas for selective adsorp-tion of nitroenergetic targets,Langmuir,2008(6).
[3]
Li Z.M;Comfort S.D;Shea P.J,Destruction of 2,4,6-trinitrotoluene by Fenton oxidation,Journal of Environmental Quality,1997(3).
[4]
Carsten Steuckart;Edith Berger-Preless;Karsten Levsen,Deter mination of explosives and their biodegradation prod-ucts in contaminated soil and water from former ammuni-tion plants by automated multiple development high-per-formance thin-layer chromatography,Analytical Chemistry,1994(5).
[5]
Thomas N.Hall;G.William Lawrence,A Study of the Organic Components of Red Water,NSWC Technical Re-port,1976.
[6]
常双君;刘玉存.超临界水氧化处理TNT炸药废水的研究[J].含能材料,2007(3)
[7]
Ross W Millar;Anthony W Arber;Javid Hamid,Elimination of Redwater Formation from TNT Manufacture,US:Defense Technical Information Center,2007.
[8]
Li Z.M;Shea P.J;Comfort S.D,Fenton oxidation of 2,4,6-trimitrotoluene in conta minated soil slurries,Envi-ronmental Engineering Science,1997(1).
[9]
Abraham Esteve-Nunez;Juan L.Ramos,Metabolism of 2,4,6-trinitrotoluene by Pseudomonas sp.JLRll,Environmental Science and Technology,1998(23).
[10]
PIETER VAN DILLEWIJN ;ANTONIO CABALLERO ;JOSE A.PAZ,Bioremediation of 2,4,6-Trinitrotoluene under Field Conditions,Environmental Science & Technology?,2007, 41(4).