To treat and to recycle waste materials, without any losses of the uranium and thorium in the production of fuel elements in the uranium and thorium

• 1. 含回收铀和贫化铀的核燃料以及包含该核燃料的核燃料棒束和核反应堆 [P] . 中国专利： CN107256725B . 2020.04.17
• 2. 含回收铀和贫化铀的核燃料以及包含该核燃料的核燃料棒束和核反应堆 [P] . 中国专利： CN103384903B . 2017.06.23
• 3. To treat and to recycle waste materials, without any losses of the uranium and thorium in the production of fuel elements in the uranium and thorium [P] . 法国专利： FR2339234A1 . 1977-08-19

  机译： 处理和回收废料，而在生产铀和or中的燃料元素时不会损失铀和and

• 4. A method for working up and loss-free causing uranium / thorium - solid wastes into the uranium / thorium - fuel element production [P] . 德国专利： DE2601912A1 . 1977-07-28

  机译： 处理并无损地造成铀/ th固体废物进入铀/ th燃料元件的方法

• 5. Arrangement for the production of spherical particles from drops of aqueous nitrate solutions of uranium, plutonium or thorium, or mixtures of these materials for fuel and breeder elements for nuclear reactors [P] . 美国专利： US4209492A . 1980-06-24

  机译： 由铀，p或th的硝酸盐水溶液或这些材料的混合物（用于核反应堆的燃料和增殖元素）的混合物生产球形颗粒的装置

• 1. ADVANCED FUEL CANDU REACTOR (AFCR) CORE PHYSICS WITH HIGH-BURNUP RECYCLED URANIUM AND URANIUM-THORIUM FUEL [C] . Mustapha Boubcher, Catherine. M. Cottrell, Meng. Zhiliang, International conference on nuclear engineering . 2014
• 2. PART I: SEPARATION BY CATION EXCHANGE OF THORIUM, ZIRCONIUM, IRON AND URANIUM. PART II. ION EXCHANGE EQUILIBRIUM STUDIES FOR URANIUM(IV), THORIUM AND CADMIUM AND CHROMATOGRAMS FOR URANIUM(VI). [D] . SAMEDY, SAIF R. 1958
• 3. A Microwave Digestion Technique for the Analysis of Rare Earth Elements Thorium and Uranium in Geochemical Certified Reference Materials and Soils by Inductively Coupled Plasma Mass Spectrometry [O] . Sharayu Kasar, Rajamanickam Murugan, Hideki Arae, 2020
• 4. Uranium production in thorium/denatured uranium fueled PWRs [O] . W.B. Arthur 1977

• 1. Simulation of an Accelerator Driven Subcritical Core with Mixed Uranium-Thorium Fuel [J] . Ali Pazirandeh ,Laia Shirmohammadi . 世界工程和技术（英文） . 2015,第3期
• 2. Review of Brazilian Activities Related to the Thorium Fuel Cycle and Production of Thorium Compounds at IPEN-CNEN/SP [J] . Paulo Ernesto de Oliveira Lainetti ,Antonio Alves de Freitas ,Ana Copat Mindrisz . 能源与动力工程 . 2014,第012期
• 3. Burnup optimization of once-through molten salt reactors using enriched uranium and thorium [J] . Meng-Lu Tan ,Gui-Feng Zhu ,Zheng-De Zhang . 核技术:英文版 . 2022,第1期
• 4. Geology and Mineral Chemistry of Uranium-and Thorium-bearing Minerals in Rare-Metal(NYF)Pegmatites of Um Solimate,South Eastern Desert,Egypt [J] . Mohamed A.ALI ,Ahmed E.ABDEL GAWAD ,Mohamed M.GHONEIM . 地质学报:英文版 . 2021,第5期
• 5. Low-temperature alteration of uranium–thorium bearing minerals and its significance in neoformation of radioactive minerals in stream sediments of Wadi El-Reddah, North Eastern Desert, Egypt [J] . O.A.Ebyan ,H.A.Khamis ,A.R.Baghdady . 地球化学学报（英文） . 2020,第1期
• 6. CANDU-6应用等效天然铀型回收铀燃料堆芯时均分析 [C] . FAN Shen ,樊申 ,ZHAO Xiao-ling . 中国核学会2015年学术年会 . 2015
• 7. 核燃料加工中四氟化铀生产工艺及酸性废水处理工艺技术研究 [A] . 宋传令 . 2020