Aivey P L.1986.Radionuclide migration around uranium ore bodies in the Alligator Region of the Northern Territory of AustraliaAnalogue of radioactive waste repositories--A review.Chem.Geol.,55:255~268.
[5]
Arocas P D.1996.Precipitation kinetics of U(Ⅵ) phases formed in high concentrated saline solutions.J.of Nucl.Mat.,238:96~103.
[6]
Burns P C,Ewing R C,Miller M L.1997.Incorporation mechanisms of actinide elements into the structures of U6+ phases formed during the oxidation of spent nuclear fuel.J.Nucl.Mater.,245,1~9.
[7]
Chen F R,Burns P C,Ewing R C.1999.79Se:geochemical and crystallo-chemical retardation mechanisms.J.of Neul.Mat.,275:81~94.
[8]
Cramer J J.1986.Sandstone-hosted uranium deposits in northern Saskatchewan as natural analogs to nuclear fuel waste disposal vaults.Chem.Geol.,55:269~279.
[9]
Curtis D B,Benjamin T M,Gancarz A J.1981.The Oklo reactor:natural analogs to nuclear waste repositories.In:Hofman ed P L.The Technology of High-level Nuclear Waste Disposal.Washington:Department of Energy,255~ 283.
[10]
Finch R J,Ewing R C.1991.Alteration of natural UO2 under oxidizing conditions from Shinkolobwe,Katanga,Zaire:a natural analogue for the corrosion of spent fuel.Radiochim.Acta,52/53:395~401.
[11]
Frondel C.1958.Systematic minerals of uranium and thorium.Geological Survey Bulletin 1064.U S Geological Survey,Washington D C.
[12]
Isobe H,Murakami T,Ewing R C.1992.Alteration of uranium minerals in the Koongarra deposit,Australia:Unweathered zone.J.Nucl.Mat.,190:174~187.
[13]
Janezek J,Ewing R D.1995.Mechanism of lead release from uraninite in the natural fission reactors in Gabon.Geochim.Cosmochim.Acta,59 (10):1917~1931.
[14]
Janeczek J,Ewing R C.1992.The structural formula of uraninite.J.Neul.Mat.,190:128~132.
[15]
Wronkiewicz D J,Bates J K,Gerding T J,et al.1992.Uranium release and secondary phase formation during unsaturated testing of UO2 at 90℃.J.of Nucl.Mat.,190:107~127.
[16]
Wronkiewicz D J,Bates J K,Wolf S F,et al.1996.Ten-year results from unsaturated drip tests with UO2 at 90℃; implications for the corrosion of spent nuclear.J.of Nucl.Mat.,238:78~95.
[17]
Zhao D G,Ewing R D.2000.Alteration products of uraninite from the Colorado Plateau.Radiochim.Acta,88:739~749.
Janeczek J,Ewing R C,Thomas L E.1993.Oxidation of uraninite:Does tetragonal U3O8 occur in nature? J.Neul.Mat.,107:176~180.
[22]
Murakami T,Ohnuki T,Isobe H,et al.1997.Mobility of uranium during weathering.Amer.Miner.,82:888~899.
[23]
Nguyen S N,Silva R J,Weed H C,et al.1992.Standard Gibbs free energies of formation at the temperature 303.15 k of four uranyl silicates:soddyite,uranophane,sodium boltwoodite,and sodium weeksite.J.Chem.Thermodynamics,24:359~376.
[24]
Pearcy E C,Prikryl J D,Murphy W M,et al.1994.Alteration of uraninite from the Nopal I deposit,Pena Blanca District,Chihuahua,Mexico,compared to degradation of spent nuclear fuel in the proposed U.S.high-level nuclear waste repository at Yucca Mountain,Nevada.Appl.Geochem.,9:713~732.
[25]
Perez I,Casas I,Martin M,et al.2000.The thermodynamics and kinetics of uranophane dissolution in bicarbonate test solutions.Geochim.Cosmochim.Acta,64 (4):603~608.
[26]
TRW Environmental Safety Systems Inc.1998.Total system performance assessment-viability assessment (TSPA-VA),Chapter 6.waste form degradation.
[27]
Waber N,Schorscher H D,Peters T.1991.Mineralogy,petrology and geochemistry of the Poos de Caldas analogue sites,Minas Gerais,Brazil I.Osamu Utsumi uranium mine.Report No.2.Switzerland:N AGRA/SKB/UKDOE/USDOE.