Whicker F W,Schultz V,Radioecology:Nuclear energy and the environment,Florida:CRC Press,Inc,1982.
[2]
王寿祥,张永熙,胡秉民,锶-89在模拟水稻田的动力学行为,生态学报,1994(2).
[3]
Chao J H,Chiu C Y,Lee H P,Distribution and uptake of 137Cs in relation to alkali metals in a perhumid montane forest ecosystem,Applied Radiation and Isotopes,2008(10).
[4]
Wei G X,Wang Y B,Wang Y L,Using 137Cs to quantify the redistribution of soil organic carbon and total N affected by intensive soil erosion in the headwaters of the Yangtze River,China,Applied Radiation and Isotopes,2008(12).
[5]
Sergey V F,Rudolf M A,Mikhail I B,An extended critical review of twenty years of countermeasures used in agriculture after the Chernobyl accident,Science of the Total Environment,2007(1-3).
[6]
史建君,李明云,95Zr在鱼-海水-底泥模拟生态系统中的迁移与分布,生态学报,2003(2).
[7]
陈寿椿,重要无机化学反应,上海:上海科学技术出版社,1994.
[8]
赵希岳,史建君,刘立丽,放射性核素95Zr在土壤中吸附的研究,农业环境保护,2001(5).
[9]
Liu L L,Shi J J,Zhao X Y,Dynamics of transfer and distribution of 95Zr in the broadbean soil ecosystem,Journal of Environmental Radioactivity,2005.
[10]
王云,魏复盛,土壤环境元素化学,北京:中国环境科学出版社,1995.
[11]
Mosulishvili L M,Shoniya N I,Katamadze N M,Environmental radionuclide distribution in the Republic of Georgia after the chernobyl catastrophe,Zhurnal Analiticheskoi Khimii,1994.
[12]
Shi J J,Guo J F,Chen H,Dynamics of 95Zr in the rice/water/soil system,Applied Radiation and lsot opes,2002.
[13]
熊毅,陈家坊,土壤胶体-第三册:土壤胶体的性质,北京:科学出版社,1990.
[14]
Kirchner G,Applicability of compartmental models for simulating the transport to radionuclides in soil,Journal of Environmental Radioactivity,1998(3).
[15]
Thiessen K M,Hoffman F O,Rantavaara A,Environmental models undergo international test,Environmental Science and Technology,1997(8).
[16]
Zhao X Y,Cai Z Q,Gong F H,Transference kinetics of 60Co in an aquatic-terrestrial ecosystem,Nuclear Science and Techniques,2008(4).
