[1] LIU Dong, YANG Liqiong, TANG Shuping et al. Application of salt-type uranium yellowcake uranium potentiometric titration[M]. Progress Report on China Nuclear Science & Technology (Vol.3), 305-310(2013).

[2] Hausen D M. Characterizing and classifying uranium yellow cakes: a background[J]. JOM, 50, 45-47(1998).

[3] YANG Yusheng, ZHU Xiangyan. Determination of total uranium content in uranium tetrafluoride by gravimetric method[J]. Atomic Energy Science and Technology, 906-909(1963).

[4] WU Baoli, ZHAN Jingming, YANG Kai et al. Progress in analytical methods for uranium detection[J]. Metallurgical Analysis, 41, 47-54(2021).

[5] SUN Liang. Online analysis of uranium in nitric acid-ferric nitrate solution using gamma spectrometry[J]. Science and Technology Innovation Herald, 12, 76-77(2015).

[6] ZHANG Kunming, ZHANG Xiongjie, QU Jinhui et al. Monte Carlo N-particle transport code simulation of pulsed neutron fission neutron uranium yellowcake exploration[J]. Applied Science and Technology, 42, 74-76(2015).

[7] ZHU Jianyu, HUANG Meng, ZHAO Deshan. Mass estimation equation for active neutron multiplicity counting considering source-to-object distance[J]. High-Power Laser and Particle Beams, 34, 92-97(2022).

[8] Otuka N, Iwamoto O. EXFOR-based simultaneous evaluation of neutron-induced uranium and plutonium fission cross-sections for JENDL-5[J]. Journal of Nuclear Science and Technology, 59, 1004-1036(2022).

[9] Schear M A, Tobin S. Replacing a 252Cf source with a neutron generator in a shuffler: a conceptual design performed with MCNPX[C](2009).

[10] Goddard B, Croft S. High-fidelity passive neutron multiplicity measurements and simulations of uranium oxide[J]. Nuclear Instruments and Methods in Physics Research, Section A: Accelerators, Spectrometers, Detectors, and Associated Equipment, 712, 147-156(2013).

[11] LIU Fengfei, LU Jiaying, WU Huabin et al. Influence of different neutron sources on active well neutron coincidence using MCNPX[J]. Nuclear Physics Review, 38, 196-202(2021).

[12] Lloyd C, Goddard B. Ability of non-destructive assay techniques to identify sophisticated material partial defects[J]. Nuclear Engineering and Technology, 52, 1252-1258(2020).

[14] CHENG Can. Research on neutron self-shielding effect in the measurement of aqueous solutions by the PGNAA technique[D](2016).

[15] GUAN Cailu, ZHANG Quanhu, WANG Zhongjie et al. Simulation of neutron multiplicity shift register function[J]. Nuclear Techniques, 34, 553-555(2011).

[16] LIANG Qinglei, LI Jinghuai, LIU Guorong et al. M-C simulation of 252Cf spontaneous fission n/γ TOF and TCC spectra[J]. Nuclear Techniques, 35, 375-379(2012).

[17] Pelowitz D B, Durkee J W, Elson J S et al. MCNPX 2.7.0 extensions[EB/OL]. https://www.osti.gov/biblio/1058045/

[18] SUN Shiqi, HU Liyuan, HOU Yingwei et al. Simulation of uranium mass measurements based on the active neutron multiplicity[J]. Nuclear Physics Review, 36, 266-271(2019).

[19] YI Lingfan, YAN Yongjun, ZHOU Jianliang et al. The simulation of neutron multiplicity pulse train acquisition by using MCNPX[J]. Nuclear Electronics & Detection Technology, 36, 562-564, 587(2016).

[20] LIU Xiaobo, HU Qian, XIAO Jianguo. Neutron multiplicity counting and analysis for uranium material[J]. Nuclear Power Engineering, 30, 74-77(2009).

[21] FENG Jianke. Improvements in the heap leaching process for refractory uranium ore and yellow cake precipitation process[J]. Uranium Mining and Metallurgy, 32, 173-176(2013).

[22] LIU Yulong, HU Nan, LI Guangyue et al. Study on diuranate production by full slurry circulation and granulation precipitation[J]. Uranium Mining and Metallurgy, 41, 243-247(2022).