[1] [1] IAEA. Management of waste containing tritium carbon14[R]. Technical Repts Series No. 421, 2004: 2835.

[2] [2] Bechtold T E, Dyer N C. Radionuclides in United States commercial nuclear power reacts[R]. WINCO1191, 1994: 625.

[3] [3] ASN. Groupes de réflexion menés de mai 2008 à avril 2010 sous l''égide de l''ASN et Bilan annuel des rejets de tritium pour les installations nucléaire de base de 2015 à 2019[R]. 2019: 4241.

[4] [4] Jacobs D G. Sources of tritium its behavi upon release to the environment[R]. TID24635, 1968: 2122.

[6] Locante J. Tritium in pressurized water reactors[J]. Transactions of the American Nuclear Society, 14, 161-162(1971).

[7] [7] Phillips J E, Easterly C E. Sources of tritium[R]. NLTM6402, 1980: 48.

[8] [8] Hussey D, Saunders P, Mey D, et al. Modeling tritium life cycle in nuclear plants[C]Proceedings of the Waste Management 2006 Symposium. 2006.

[9] Jones G. Tritium issues in commercial pressurized water reactors[J]. Fusion Science and Technology, 54, 329-332(2008).

[11] [11] Fu Pengtao, Cai Dechang, Li Zhijun. Study of tritium production based on CPR1000 disge[C]CPHY2018.2018

[12] [12] Peng Sitao, Wang Chao, Zhao Yan, et al. Development of the CGN burnup code PALM[C]CPHY2018.2018

[14] [14] Bouhrizi S. GDA UK EPR–BAT demonstration[R]. UKEPR0011001 Issue 06, 2012.

[15] [15] U. S. NRC. Westinghouse AP1000 design control document rev. 19[R]. ML11171A500, 2011.

[16] [16] Zamani M, Tafakkbari S, Rostami H, et al. Release assessment of tritium in liquid effluents of Bushehr nuclear power plant (BNPP) in 2013[C]Proceedings of LXIV International conference NUCLEUS 2014. 2014: 261262.

[17] [17] van der Stricht S, Janssens A. Radioactive effluents from nuclear power stations nuclear fuel reprocessing sites in the European Union, 19992003[R]. Radiation Protection 143, 2005.

[18] [18] van der Stricht S, Janssens A. Radioactive effluents from nuclear power stations nuclear fuel reprocessing sites in the European Union, 200408[R]. Radiation Protection 164, 2010.

[19] [19] GNPS & LNPS operation yearbook (19942015)[M]. Beijing: Atomic Energy Press, 19942015

[20] [20] Fu Pengtao. Study of PWR tritium production[R]. CNPRI, 2018

[21] [21] Fu Pengtao. Study of PWR tritium production calculation model parameter[R]. CNPRI, 2017

[22] [22] Chretien V, Le Guen B. Rejets de tritium et impact autour des centrales EDF[C]Proceedings of Tritium Conference in Paris France. 2009: 2324.

[24] Elleman T S, Austin J H, Verghese K. Tritium diffusion in Zircaloy-2 and stainless steels[J]. Transactions of the American Nuclear Society, 15, 229-230(1972).

[25] [25] Abraham P M, Chra D, Mintz J M, et al. Diffusion of gases in solids: rare gas diffusion in solids; tritium diffusion in fission fusion react metals[R]. O350810, 1976.

[26] [26] Gilbert E R, Allen R P, Baldwin D L, et al. Tritium permeation related studies on barrier treated 316 stainless steel[R]. PNLSA19113, 1991.

[27] Dollè L, Houdaille B, Leger D, et al. Tritium in fission reactors, production and management[J]. The International Journal of Applied Radiation and Isotopes, 31, 463(1980).

[28] Yario W R. Tritium inventory and release from core materials[J]. The International Journal of Applied Radiation and Isotopes, 31, 462(1980).

[29] Andrieu C, Rave S, Ducros G, et al. Release of fission tritium through Zircaloy-4 fuel cladding tubes[J]. Journal of Nuclear Materials, 347, 12-19(2005).

[30] [30] Westinghouse Electric Company. Secondary sourcesdouble encapsulated secondary source assemblies (SSAs)[R]. NFCM0013, 2013.

[31] [31] Meyer G, Stokke E. Deion of Sizewell B nuclear power plant[R]. NKSRAK2(97)TRC4, 1997: 13.

[32] [32] Crouail P, Jeannin B, Lefaure C, et al. ganisation of radiation protection at Sizewell nuclear power plant in the UK[R]. Contract N°647EDF, 2004: 3547.

[34] Homyk W A, Peters J, Quan B, et al. Antimony/beryllium neutron source leakage at Indian Point 2[J]. Radiation Protection Management, 9, 65-80(1992).

[35] [35] The Committee on the Safety of Nuclear Installations of the OECD Nuclear Energy Agency. Leaking secondary neutron source in react coolant system[R]. 2002: 2935.