Faculty of Physics - Engineering Physics
| Position | Associate Dean of the Faculty of Physics – Engineering Physics |
| Citation name | Tran Thien Thanh; T.T. Thanh Google Scholar: Research gate: |
| Field of Professional | Nuclear Physics |
| Year of appointment title of Associate Professor | 2008 |
| Style of citation | APA Citation Style |
| Academic background | In 2003 HCMC University of Education BSc of Physics In 2008 VNUHCM-University MSc of Physics In 2013 VNUHCM-University DSc of Physics |
| Name Languages | ASSOC.PROF. TR岷 THI峄哊 THANH ttthanh@hcmus.edu.vn Vietnamese, English |
|---|
PUBLICATION
[1]. M.-C. L茅py et al (2010), Intercomparison of methods for coincidence summing corrections in gamma ray spectrometry, Applied Radiation and Isotopes, Vol. 68 Issues 7-8, 1407-1412.
[2]. T.T. Thanh, L. Ferreux, M.C. L茅py, C.V. Tao (2010), Determination activity of radionuclides in marine sediment by gamma spectrometer with anti cosmic shielding, Journal of Environmental radioactivity, Vol 101, Issue 9, 780-783.
[3]. M.-C. L茅py et al, (2012), Intercomparison of methods for coincidence summing corrections in gamma ray spectrometry 鈥 Part II (Volume sources, Applied Radiation and Isotopes, Vol 70, 2012 鈥 2018.
[4]. T. T. Thanh, C. V. Tao, T. T. H. Loan, M. V. Nhon, H. D. Chuong and B. H. Au (2012), A detailed investigation of interactions within the shielding to HPGe detector response using MCNP code, Kerntechnik 77/6, 458-461.
[5]. T. T. Thanh, C. V. Tao, H. D. Chuong and B. H. Au (2012), Development of program DETSIM to simulate detector鈥檚 full energy peak efficiency, Kerntechnik 77/6, 449-452.
[6]. Thien Thanh Tran, Laurent Ferreux, Marie-Christine L茅py, Chau Van Tao, Sylvie Pierre (2013), Characterization of a cosmic suppression spectrometer, Applied Radiation and Isotopes,114-118.
[7]. Laurent Ferreux, Sylvie Pierre , Tran Thien Thanh, Marie-Christine L茅py (2013), Validation of ef铿乧iency transfer for Marinelli geometries, Applied Radiation and Isotopes, 67-70.
[8]. T.T. Thanh, T.T. H. Loan, M.V. Nhon, C.V. Tao (2014), Improvement passive shielding to background reduction: application to determinate radioactivity at low-energy gamma Rays, Kerntechnik 79/3, 247-252.
[9]. Hoang Duc Tam, Huynh Dinh Chuong, Tran Thien Thanh, Vo Hoang Nguyen, Hoang Thi Kieu Trang, Chau Van Tao (2015), Advanced gamma spectrum processing technique applied to the analysis of scattering spectra for determining material thickness, Journal of Radioanalytical and Nuclear Chemistry, 303/1, 693-699.
[10]. Tran Thien Thanh, Vo Hoang Nguyen, Huynh Dinh Chuong, Le Bao Tran, Hoang Duc Tam, Nguyen Thi Binh, Chau Van Tao (2015), Verification of Compton scattering spectrum of a 662-keV photon beam scattered on a cylindrical steel target using MCNP5 code, Applied Radiation and Isotopes 105, 294-298.
[11]. Vo Hoang Nguyen, Hoang Duc Tam, Le Bao Tran, Tran Thien Thanh, Hua Tuyet Le, Le Dinh Minh Quan, Huynh Dinh Chuong, Tran Nguyen Thuy Ngan, Chau Van Tao (2015), A semi-empirical method for measuring thickness of pipe-line using gamma scattering technique, Journal of Radioanalytical and Nuclear Chemistry, 308, 1011-1016.
[12]. Tran Thien Thanh, Hoang Thi Kieu Trang, Huynh Dinh Chuong, Vo Hoang Nguyen, Le Bao Tran, Hoang Duc Tam, Chau Van Tao (2016), A prototype of radioactive waste drum monitor by non-destructive assays using gamma spectrometry, Applied Radiation and Isotopes, 544-546.
[13]. H.N. Tran, M. Karamitros, V.N. Ivanchenko, S. Guatelli, S. McKinnon, K. Murakami, T. Sasaki, S. Okada, M.C. Bordage, Z. Francis, Z. El Bitar, M.A. Bernal, J.I. Shinm, S.B. Lee, Ph. Barberet, T.T. Tran, J.M.C. Brown, T.V. Nhan Hao, S. Incerti (2016), Geant4 Monte Carlo simulation of absorbed dose and radiolysis yields enhancement from a gold nanoparticle under MeV proton irradiation, Nuclear Instruments and Methods in Physics Research B 373, 126鈥139.
[14]. Hoang Duc Tam, Huynh Dinh Chuong, Tran Thien Thanh, Chau Van Tao (2016), A study of the effect of Al2O3 reflector on response function of NaI(Tl) detector, Radiation Physics and Chemistry, 88-93.
[15]. Nguyen Quoc Hung, Huynh Dinh Chuong, Le Quang Vuong, Tran Thien Thanh, Chau Van Tao (2016), Intercomparison NaI(Tl) and HPGe spectrometry to studies of natural radioactivity on geological samples, Journal of Environmental radioactivity, 164, 197-201.
[16]. Huynh Dinh Chuong, Tran Thien Thanh, Le Thi Ngoc Trang, Vo Hoang Nguyen, Chau Van Tao (2016), Estimating thickness of the inner dead- layer of n-type HPGe detector, Applied Radiation and Isotopes, 116, 174-177.
[17]. Tran Thien Thanh, Le Bao Tran, Hoang Duc Tam, Ma Thuy Quang, Thai Van Ton, Huynh Dinh Chuong, Chau Van Tao (2017), Validation of radioactive isotope activity measurement in homogeneous waste drum using Monte Carlo codes, Kerntechnik. 82/3, 344-348.
[18]. Le Quang Vuong, Huynh Dinh Chuong, Vo Hoang Nguyen, Nguyen Quoc Hung, Tran Thien Thanh, Chau Van Tao (2017), Revision of nuclear data of 235U – 226Ra to the 186 keV peak for the determination of activity for environmental samples, Journal of Radioanalytical and Nuclear Chemistry, 314, 1273-1277.
[19]. Hoang Duc Tam, Nguyen Thi Hai Yen, Le Bao Tran, Huynh Dinh Chuong, Tran Thien Thanh (2017), Optimization of the Monte Carlo simulation model of NaI(Tl) detector by Geant4 code, Applied Radiation and Isotopes, 75-79
[20]. Vo Hoang Nguyen, Huynh Dinh Chuong, Tran Thien Thanh, Chau Van Tao (2018), New method for processing gamma backscattering spectra to estimate saturation depth and to determine thickness of aluminum and steel materials, Journal of Radioanalytical and Nuclear Chemistry, 315, 293-298
[21]. Tran Thien Thanh, Le Quang Vuong, Phan Long Ho, Huynh Dinh Chuong, Vo Hoang Nguyen, Chau Van Tao (2018),Validation of an advanced analytical procedure applied to the measurement of environmental radioactivity, Journal of Environmental radioactivity, 184-185, 109-113.
[22]. Phan Long Ho, Le Dinh Hung, Vu Tuan Minh, Dang Van Chinh, Tran Thien Thanh, Chau Van Tao (2018), Natural and artificial radionuclides contamination in tea sample by gamma spectrometry, Journal of Radioanalytical and Nuclear Chemistry, 316(2), 703-707.
[23]. Huynh Dinh Chuong, Nguyen Quoc Hung, Nguyen Thi My Le, Vo Hoang Nguyen, Tran Thien Thanh (2019), Validation of gamma scanning method for optimizing NaI(Tl) detector model in Monte Carlo simulation, Applied Radiation and Isotopes, 149, 1-8.
[24]. Phan Long Ho, Vu Tuan Minh, Le Dinh Hung, Do Quoc Trung, Dang Van Chinh, Tran Thien Thanh, Chau Van Tao (2019), Assessment of annual effective dose for radium isotopes in groundwater samples at households living along the lower Mekong river, Journal of Radioanalytical and Nuclear Chemistry, 322(2), 503-511
[25]. M.-C. L茅py et al (2019), A benchmark for Monte Carlo simulation in gamma-ray spectrometry, Applied Radiation and Isotopes, 154, 108850
[26]. O. Sima et al (2019), Consistency test of coincidence-summing calculation methods for extended sources, Applied Radiation and Isotopes, 155, 108921.
[27]. Huynh Dinh Chuong, Nguyen Thi Truc Linh, Le Thi Ngoc Trang, Vo Hoang Nguyen, Le Hoang Minh, Chau Thanh Tai, Tran Thien Thanh (2020), A simple approach for developing model of Si(Li) detector in Monte Carlo simulation, Radiation Physics and Chemistry, 166, 108459
[28]. Le Hong Khiem, Tran Thien Thanh et al (2020), Assessment of atmospheric deposition of metals in Ha Noi using the moss bio鈥憁onitoring technique and proton induced X鈥憆ay emission, Journal of Radioanalytical and Nuclear Chemistry 24(1), 43-54.
[29]. Phan Long Ho, Le Dinh Hung, Tuan Minh, Dang Van Chinh, Tran Thien Thanh, Chau Van Tao (2020), Simultaneous determination of gross Alpha/Beta activities in groundwater for ingestion effective dose and its associated public health risk prevention, Scientific reports, 10, 4299, free download https://www.nature.com/articles/s41598-020-61203-y
[30]. The COMET Collaboration (2020), COMET Phase-I technical design report, Progress of Theoretical and Experimental Physics, ,2020(3), free download https://academic.oup.com/ptep/article/2020/3/033C01/5805094
[31]. Huynh Dinh Chuong, Le Thi Ngoc Trang, Vo Hoang Nguyen, Tran Thien Thanh (2020), A revision of the virtual point detector model for calculating Nai(Tl) detector efficiency, Applied Radiation and Isotopes, 162,109179.
[32]. Tran Thien Thanh, Le Hoang Minh, Nguyen Quoc Bao Cuong, Huynh Dinh Chuong, Nguyen Duy Thong, Vo Hoang Nguyen, Phan Long Ho, Chau Thanh Tai, Chau Van Tao (2020), Study of different methods to estimate Rayleigh to Compton scattering ratio and the effective atomic number (10 < Z < 30) using Si(Li) detector, Nuclear Instruments and Methods in Physics Research Section A, 969, 163995.
[33]. Huynh Dinh Chuong, Le Thi Ngoc Trang, Hoang Duc Tam, Vo Hoang Nguyen, Tran Thien Thanh (2020), A new approach for determining the thickness of material plate using gamma backscattering method, NDT&E international, 113, 102281.
[34]. Phan Long Ho, Le Dinh Hung, Vu Tuan Minh, Dang Van Chinh, Tran Thien Thanh, Chau Van Tao (2020), Assessment of radioactivity and chemical contaminants in domestic water at supply stations in Long Phu District, Vietnam, to prevent public health risks, Science of The Total Environment, 737, 140291.
[35]. L.H Khiem, T.T. Thanh et al (2020), Active moss biomonitoring technique for atmospheric elemental contamination in Hanoi using proton induced X-ray emission, Journal of Radioanalytical and Nuclear Chemistry, 325, 515-525.
[36]. Nguyen Huu Quyet, T.T. Thanh et al (2021), Biomonitoring of chemical element air pollution in Hanoi using Barbula indica mos, Environmental Engineering and Management Journal, 20(5), 791-800.
[37]. Le Thi Ngoc Trang, Huynh Dinh Chuong, Tran Thien Thanh (2021), Optimization of p鈥憈ype HPGe detector model using Monte Carlo simulation, Journal of Radioanalytical and Nuclear Chemistry, 327, 287鈥297.
[38]. Vo Hoang Nguyen, Nguyen Huu Bao, Huynh Dinh Chuong, Nguyen Duy Thong, Tran Thien Thanh, Chau Van Tao (2021), An improved semi-empirical procedure for Compton scattering technique applied to measure pipeline thickness, Journal of Radioanalytical and Nuclear Chemistry, 330:1233鈥1242 .
[39]. Pham The Bao, Hoang Thi Kieu Trang, Tran Anh Tuan, Tran Thien Thanh, and Vo Hong Hai (2021), Modeling Respiratory Signals by Deformable Image Registration on 4DCT Lung Images, BioMed Research International, Article ID 6654247, 15 pages.
[40]. Huynh Dinh Chuong, Le Thi Ngoc Trang, Le Hoang Minh, Nguyen Thi Truc Linh, Hoang Duc Tam, Tran Thien Thanh (2022), Thickness determination of material plates by gamma-ray transmission technique using calibration curves constructed from Monte Carlo simulation, Radiation Physics and Chemistry, 190, 109821.
[41]. Huynh Dinh Chuong, Nguyen Duy Thong, Vo Hoang Nguyen, Le Hoang Minh, Nguyen Thi Truc Linh, Phan Long Ho, Tran Thien Thanh, Chau Van Tao (2022), Non-destructive evaluation of thickness of material plates through Compton back-scattering technique using Si(Li) detector, Radiation Physics and Chemistry, 193, 109978.
[42]. Le Quang Vuong, Tran Thien Thanh, Phan Long Ho, Le Cong Hao, Chau Van Tao (2023), Simultaneous correction of the coincidence summing and self鈥慳bsorption for radioactivity measurement in solid samples by MCNP鈥慍P code Journal of Radioanalytical and Nuclear Chemistry. 332, 423鈥434.
1]. Truong Thi Hong Loan, Dang Nguyen Phuong, Tran Ai Khanh, Mai Van Nhon, Tran Thien Thanh (2007) 鈥淢onte Carlo simulation of peak efficiency curves of the superpure HPGe detector in environmental gamma spectrometry using MCNP4C2 code鈥, Journal of Science and Technology Development, Vietnam National University 鈥 Ho Chi Minh City, Vol 10, No 5, 33-40.
[2]. Truong Thi Hong Loan, Dang Nguyen Phuong, Tran Thien Thanh, Tran Ai Khanh and Mai Van Nhon (2007), 鈥淢onte 鈥 Carlo simulation of HPGe detector response function with using MCNP code 鈥, Communication in Physics, Vol 17, No 1, 59鈥64 .
[3]. Truong Thi Hong Loan, Tran Thien Thanh, Dang Nguyen Phuong, Tran Ai Khanh, Mai Van Nhon and Le Van Ngoc (2007) 鈥淕amma spectrum simulation and coincidence summing factor calculation for point sources with聽 using MCNP code 鈥, Communication in Physics, Vol 2, No 2, 110鈥116.
[4].聽 Truong Thi Hong Loan, Phan Thi Quy Truc, Dang Nguyen Phuong, Tran Ai Khanh, Tran Thien Thanh and Tran Dang Hoang (2008) 鈥淪tudy on the back scattering gamma spectra of HPGe detector by using MCNP code鈥, Journal of Science and Technology Development, Vietnam National University 鈥 Ho Chi Minh City, Vol 11, No 6, 61-66.
[5]. Mai Van Nhon, Truong Thi Hong Loan, Tran Ai Khanh, Tran Thien Thanh, Dang Nguyen Phuong (2008), 鈥淪tudy on the influence of multi-scattering from surroundings of HPGe detector on its gamma spectra by simulation using MCNP code鈥, Journal of Science and Technology Development, Vietnam National University 鈥 Ho Chi Minh City, Vol 11, No 10, 66-76.
[6]. Tran Thien Thanh, Hoang Duc Tam, Ha Xuan Cuong, (2011) 鈥淒etermination of Potassium content in some Potassium salt samples on the market in Vietnam鈥, Journal of Science, University of Pedagogy Ho Chi Minh City, No 27, 115 鈥 121.
[7]. Hoang Duc Tam, Tran Thien Thanh, Chau Van Tao, Le Thi Yen Oanh (2012), Determining attenuation coefficients of gamma rays in range of energy from 81.0 keV to 1764.5 keV for some materials, Journal of Science, University of Pedagogy Ho Chi Minh City, No聽 33, 61-67.
[8]. Tran Thien Thanh, Chau Van Tao, Truong Thi Hong Loan, Mai Van Nhon (2012), Investigating of full energy peak efficiency by DETEFF code, Journal of Science, University of Pedagogy Ho Chi Minh City,聽 No 33, 86-91.
[9]. Tran Thien Thanh, Chau Van Tao, Hoang Duc Tam, Vo Thi Hong Yen, (2012), Study the effect of natural background for gamma spectrometer system, Journal of Science and Technology Development, Vietnam National University 鈥 Ho Chi Minh City, s峄 5, 16-23.
[10]. Ho脿ng 膼峄ヽ T芒m, Tr岷 Thi峄噉 Thanh, Tr峄媙h V膬n Danh, V玫 Th峄 Th岷痬, Ch芒u V膬n T岷 (2013), X谩c 膽峄媙h 膽峄 d脿y th茅p ch峄 nhi峄噒 t岷 v霉ng b峄 膬n m貌n b岷眓g ph瓢啤ng ph谩p Monte Carlo k岷縯 h峄 v峄沬 ph瓢啤ng ph谩p gi岷 t铆ch, T岷 ch铆 膼岷 h峄峜 S瓢 ph岷, s峄 47, 172-183.
[11]. Ho脿ng 膼峄ヽ T芒m, Hu峄硁h 膼矛nh Ch瓢啤ng, D瓢啤ng Th谩i D瓢啤ng, L锚 T岷 Ph煤c, Tr岷 Thi峄噉 Thanh, Ch芒u V膬n T岷 (2013), X谩c 膽峄媙h s峄 ph峄 thu峄檆 c瓢峄漬g 膽峄 ch霉m tia gamma t谩n x岷 ng瓢峄 v脿o th峄 t铆ch t谩n x岷 b岷眓g ph瓢啤ng ph谩p Monte Carlo , T岷 ch铆 khoa h峄峜 膼HSP TpHCM, s峄 51, 138-147.
[12]. Ho脿ng 膼峄ヽ T芒m, Tr岷 Thi峄噉 Thanh, Ch芒u V膬n T岷 (2013), Determination of total efficiencies 3×3 NaI(Tl) detector by Hybrid Monte Carlo, T岷 ch铆 Khoa h峄峜 v脿 ph谩t tri峄僴 c么ng ngh峄, 膼HQG TpHCM, s峄 16, 26-34.
[13]. Ho脿ng 膼峄ヽ T芒m, Tr峄媙h V膬n Danh, Tr岷 Thi峄噉 Thanh, Ch芒u V膬n T岷 (2014), X谩c 膽峄媙h hi峄噓 su岷 t峄昻g v脿 hi峄噓 su岷 n峄檌 c峄 detector NaI(Tl) k铆ch th瓢峄沜 3×3 膽峄慽 v峄沬 ngu峄搉 d岷g 膽末a, T岷 ch铆 khoa h峄峜 膼HSP TpHCM, s峄 58, 114-122.
[14]. Nguy峄卬 Th岷 Ng芒n, Tr岷 Thi峄噉 Thanh, L锚 Quang V瓢啤ng, Nguy峄卬 Th峄 B矛nh, Hoang 膼峄ヽ T芒m, Ch芒u V膬n T岷 (2015), T铆nh to谩n ti岷縯 di峄噉 Compton c峄 nh么m, s岷痶,膽峄搉g, th茅p C45 v脿 th茅p CT3 trong v霉ng n膬ng l瓢峄g 250 keV鈥2600 keV, T岷 ch铆 ph谩t tri峄僴 Khoa h峄峜 v脿 C么ng ngh峄, 膼岷 h峄峜 Qu峄慶 gia TpHCM, 34-42.
[15]. Nguy峄卬 Th峄 M峄 L峄, Ho脿ng 膼峄ヽ T芒m, Hu峄硁h 膼矛nh Ch瓢啤ng, Tr岷 Thi峄噉 Thanh, Ch芒u V膬n T岷 (2015), 脕p d峄g k峄 thu岷璽 gamma t谩n x岷 ng瓢峄 膽峄 x谩c 膽峄媙h 膽峄 d脿y c峄 th脿nh b矛nh b岷眓g ph瓢啤ng ph谩p Monte Carlo, T岷 ch铆 khoa h峄峜 膼HSP TpHCM,聽 55-64.
[16]. Nguy峄卬 Th峄 M峄 L峄, Ho脿ng 膼峄ヽ T芒m, Hu峄硁h 膼矛nh Ch瓢啤ng, Tr岷 Thi峄噉 Thanh, Ch芒u V膬n T岷 (2015), Kh岷 s谩t ph峄 gamma t谩n x岷 ng瓢峄 c峄 ch霉m photon ph谩t ra t峄 ngu峄搉 65Zn s峄 d峄g ch瓢啤ng tr矛nh MCNP5, T岷 ch铆 khoa h峄峜 膼HSP TpHCM, 83-91.
[17]. Hu峄硁h 膼矛nh Ch瓢啤ng, L瓢u Ti峄僽 D芒n, V玫 Ho脿ng Nguy锚n,Tr岷 Thi峄噉 Thanh, Ch芒u V膬n T岷 (2016), M峄檛 m么 h矛nh t铆nh to谩n gi岷 t铆ch 膽峄 t铆nh hi峄噓 su岷 膽峄塶h n膬ng l瓢峄g to脿n ph岷 cho 膽岷 d貌 d岷g tr峄 s峄 d峄g trong ph芒n t铆ch th霉ng th岷 ph贸ng x岷, T岷 ch铆 ph谩t tri峄僴 Khoa h峄峜 v脿 C么ng ngh峄, 膼岷 h峄峜 Qu峄慶 gia TpHCM, T2, 71-80.
[18]. Tran Thien Thanh, Laurent Ferreux, Marie Christine L茅py, Chau Van Tao (2016), Improvement of detection limit by radon background reduction method, T岷 ch铆 ph谩t tri峄僴 Khoa h峄峜 v脿 C么ng ngh峄, 膼岷 h峄峜 Qu峄慶 gia TpHCM , 126 -130.
[19]. Hu峄硁h 膼矛nh Ch瓢啤ng, V玫 Ho脿ng Nguy锚n, L锚 Th峄 Ng峄峜 Trang, Nguy峄卬 Th峄 Tr煤c Linh, Tr岷 Kim Tuy岷縯, Tr岷 Thi峄噉 Thanh (2017), Nghi锚n c峄﹗ 岷h h瓢峄焠g c峄 膽瓢峄漬g k铆nh 峄憂g chu岷﹏ tr峄眂 膽岷 d貌 l锚n b峄 d脿y b茫o h貌a trong ph茅p 膽o gamma t谩n x岷, T岷 ch铆 ph谩t tri峄僴 Khoa h峄峜 v脿 C么ng ngh峄, 膼岷 h峄峜 Qu峄慶 gia TpHCM , 20(3), 68-78.
[20]. V玫 Th岷h Trung Ki锚n, Ho脿ng 膼峄ヽ T芒m, V玫 Ho脿ng Nguy锚n, Hu峄硁h 膼矛nh Ch瓢啤ng, Tr岷 Thi峄噉 Thanh, Ch芒u V膬n T岷 (2017), Nghi锚n c峄﹗ m岷璽 膽峄 ch岷 l峄弉g b岷眓g ph瓢啤ng ph谩p gamma t谩n x岷, T岷 ch铆 ph谩t tri峄僴 Khoa h峄峜 v脿 C么ng ngh峄, 膼岷 h峄峜 Qu峄慶 gia TpHCM , 20(1), 106-113.
[21]. L锚 Quang V瓢啤ng, V玫 Ho脿ng Nguy锚n, Hu峄硁h 膼矛nh Ch瓢啤ng, L岷 Minh Ph煤c, Tr岷 Thi峄噉 Thanh, Ch芒u V膬n T岷 (2017), Nghi锚n c峄﹗ gi峄沬 h岷 ph谩t hi峄噉 ho岷 膽峄 c峄 h峄 ph峄 k岷 gamma v峄沬 c谩c c岷 h矛nh che ch岷痭 kh谩c nhau, T岷 ch铆 ph谩t tri峄僴 Khoa h峄峜 v脿 C么ng ngh峄, 膼岷 h峄峜 Qu峄慶 gia TpHCM , 20(4), 56-62.
[22]. V玫 Ho脿ng Nguy锚n, Tr岷 Thi峄噉 Thanh, B霉i 膼峄ヽ Qu媒, Nguy峄卬 Qu峄慶 Minh, T么 Ho脿ng Duy, L峄 Th谩i S啤n, Ch芒u V膬n T岷 (2017), Nghi锚n c峄﹗ x谩c 膽峄媙h m岷穞 ph芒n c谩ch gi峄痑 c谩c m么i tr瓢峄漬g kh么ng h貌a tan b岷眓g k峄 thu岷璽 gamma t谩n x岷, T岷 ch铆 ph谩t tri峄僴 Khoa h峄峜 v脿 C么ng ngh峄, 膼岷 h峄峜 Qu峄慶 gia TpHCM , 20(4), 48-55.
[23]. V玫 Ho脿ng Nguy锚n, Tr岷 Thi峄噉 Thanh, Nguy峄卬 H峄痷 B岷, Cao Nguy峄卬 Th岷 Thanh, Ch芒u V膬n T岷 (2018), M峄檛 c谩ch ti岷縫 c岷璶 m峄沬 膽峄 x峄 l媒 ph峄 gamma t谩n x岷 膽峄慽 v峄沬 v岷璽 li峄噓 nh么m, T岷 ch铆 ph谩t tri峄僴 Khoa h峄峜 v脿 C么ng ngh峄, 膼岷 h峄峜 Qu峄慶 gia TpHCM, 2(4), 82-87
[24]. Hu峄硁h 膼矛nh Ch瓢啤ng, Tr岷 Minh Sang, L瓢u Gia Thi峄噉, V玫 Xu芒n Huy锚n, Tr岷 Thi峄噉 Thanh (2018), K岷縯 h峄 ph瓢啤ng ph谩p gamma ph谩t x岷 v脿 ph瓢啤ng ph谩p 膽岷 d貌 d岷g 膽i峄僲 膽峄 t铆nh ho岷 膽峄 c峄 膽峄搉g v峄 ph贸ng x岷 b岷眓g ph芒n t铆ch kh么ng ph谩 h峄, T岷 ch铆 ph谩t tri峄僴 Khoa h峄峜 v脿 C么ng ngh峄, 膼岷 h峄峜 Qu峄慶 gia TpHCM, 2(6), 214-221
[25]. L锚 Th峄 Ng峄峜 Trang, Hu峄硁h 膼矛nh Ch瓢啤ng, Tr岷 Thi峄噉 Thanh (2019), Chu岷﹏ hi峄噓 su岷 cho 膽岷 d貌 HPGe b岷眓g ph瓢啤ng ph谩p chuy峄僴 hi峄噓 su岷 Monte Carlo, T岷 ch铆 ph谩t tri峄僴 Khoa h峄峜 v脿 C么ng ngh峄, 膼岷 h峄峜 Qu峄慶 gia TpHCM, 3(1), 9-17
[26]. L. H. Khiem, V. D. Quan,聽 T. T. M. Trinh, M. F. Frontasieva, D. P. T. Tien, L. D. Nam, M. N. Mai, N. H. Quyet, K. T. Hong, N. A. Son, T. T. Thanh, T. D. Trung, D. V. Thang (2019), the study of air pollution of metal elements in Hanoi, Hung Yen and Dong-Nai using barbula indica moss, Communications in Physics, 29(3SI), 401-409
[27]. N. H. Quyet, L. H. Khiem, V. D. Quan,聽 T. T. T. My, M. V. Frontasieva, N.T.B. My, L. D. Nam, M. N. Mai, K. T. Hong,聽 D. P. T. Tien, D. V. Thang, T. D. Trung, N. A. Son, T. T. Thanh, (2019), Statistical analysis to evaluate heavy metal pollution in the air obtained by moss technique in Hanoi and its surrounding region, Communications in Physics, 29(3SI), 411-421
[28]. Tr岷 Thi峄噉 Thanh, V膬n T岷 Ph谩t, L锚 Ho脿ng Minh, Hu峄硁h 膼矛nh Ch瓢啤ng, V玫 Ho脿ng Nguy锚n, Nguy峄卬 Tr铆 To脿n Ph煤c, L锚 Quang V瓢啤ng, Nguy峄卬 Duy Th么ng, Ch芒u V膬n T岷 (2020), B瓢峄沜 膽岷 th峄眂 nghi峄噈 nghi锚n c峄﹗ t峄 s峄 t谩n x岷 Rayleigh-Compton 膽峄慽 v峄沬 c谩c nguy锚n t峄 t岷 n膬ng l瓢峄g 59,5keV s峄 d峄g 膽岷 d貌 Si(Li), T岷 ch铆 Ph谩t tri峄僴 Khoa h峄峜 v脿 C么ng ngh峄 鈥揘atural Sciences, 4(2), 496-503.
[29]. V玫 Ho脿ng Nguy锚n, Hu峄硁h 膼矛nh Ch瓢啤ng Nguy峄卬 Duy Th么ng, Hu峄硁h Thanh Nh岷玭, Nguy峄卬 H峄痷 B岷, L锚 Th峄 Thu Th岷, Tr岷 Thi峄噉 Thanh, Ch芒u V膬n T岷 (2021), Ph瓢啤ng ph谩p x谩c 膽峄媙h nhanh b峄 d脿y 峄憂g th茅p b岷眓g k峄 thu岷璽 t谩n x岷 gamma, T岷 ch铆 Ph谩t tri峄僴 Khoa h峄峜 v脿 C么ng ngh峄 鈥 Khoa h峄峜 T峄 nhi锚n, 6(2):1686-1693.
[30]. L锚 Ho脿ng Minh, Phan Nguy峄卬 Ho脿ng Long, Tr岷 Thi峄噉 Thanh, Ch芒u V膬n T岷聽 (2022), X谩c 膽峄媙h h峄 s峄 tr霉ng ph霉ng t峄昻g b岷眓g ph瓢啤ng ph谩p Monte Carlo s峄 d峄g ch瓢啤ng tr矛nh MCNP鈥揅P v脿 PENNUC, T岷 ch铆 Ph谩t tri峄僴 Khoa h峄峜 v脿 C么ng ngh峄 鈥 Khoa h峄峜 T峄 nhi锚n, 6(2):1970-1978.
[31]. Le Hoang Minh, Le Quang Vuong, Tran Thien Thanh, Chau Van Tao, (2022), Evaluating coincidence summing factor using marinelli beaker on coaxial HPGe detector by Monte Carlo simulation and calculating, Nuclear Science and Technology, 12(1), 49-55
As a leader of the projects
1. X芒y d峄眓g ch瓢啤ng tr矛nh t铆nh hi峄噓 su岷 膽峄塶h n膬ng l瓢峄g to脿n ph岷 b岷眓g ph瓢啤ng ph谩p Monte Carlo, 膼峄 t脿i c岷 Tr瓢峄漬g 膼HKHTN, T2010-09.
2. Nghi锚n c峄﹗ v脿 ph谩t tri峄僴 ch瓢啤ng tr矛nh Monte Carlo 膽峄 t铆nh hi峄噓 su岷 c峄 膽岷 d貌 b谩n d岷玭 si锚u tinh khi岷縯, 膼峄 t脿i v瓢峄漬 瓢啤m 2010, S峄 Khoa h峄峜 v脿 C么ng ngh峄 TpHCM (Ch瓢啤ng tr矛nh v瓢峄漬 瓢啤m Khoa h峄峜 tr岷 c峄 Trung t芒m Ph谩t tri峄僴 Khoa h峄峜 v脿 C么ng ngh峄 Tr岷, Th脿nh 膼o脿n).
3. Nghi锚n c峄﹗ v脿 ph谩t tri峄僴 h峄 ki峄僲 tra ph芒n b峄 c峄 膽峄搉g v峄 ph贸ng x岷 b锚n trong th霉ng ch峄゛ ch岷 th岷 ph贸ng x岷, 膼峄 t脿i c岷 膼HQG lo岷 C, C2014-18-28.
4. Nghi锚n c峄﹗ x谩c 膽峄媙h s峄 ph芒n b峄 ho岷 膽峄 ph贸ng x岷 b锚n trong th霉ng ch峄゛ r谩c th岷 h岷 nh芒n b岷眓g k峄 thu岷璽 qu茅t gamma ph芒n 膽o岷, 膼峄 t脿i Nafosted 103.04-2014.72 (2015-2017).
5. Nghi锚n c峄﹗ v脿 ph谩t tri峄僴 ph瓢啤ng ph谩p ph芒n t铆ch h岷 nh芒n 膽峄慽 v峄沬 m岷玼 m么i tr瓢峄漬g, 膼峄 t脿i c岷 膼HQG lo岷 B2017-18-02, (2017-2019).
6. Nghi锚n c峄﹗ v脿 ph谩t tri峄僴 ph瓢啤ng ph谩p ki峄僲 tra kh么ng ph谩 h峄 膽峄 膽谩nh gi谩 c谩c 膽岷穋 tr瓢ng c峄 v岷璽 li峄噓 s峄 d峄g t瓢啤ng t谩c c峄 b峄ヽ x岷 photon, 膼峄 t脿i Nafosted 103.04-2017.303 (2018-2020)
7. Nghi锚n c峄﹗ k峄 thu岷璽 ki峄僲 tra kh么ng ph谩 h峄 峄﹏g d峄g b峄ヽ x岷 gamma cho vi峄嘽 ph谩t hi峄噉 v脿 膽谩nh gi谩 khuy岷縯 t岷璽 ho岷穋 膬n m貌n c峄 v岷璽 li峄噓, VL-2020-18-02, (2020-2022).
As a member of the projects
1. Nghi锚n c峄﹗ v脿 ch岷 t岷 h峄 膽o 膽峄 膬n m貌n th脿nh l貌 ch峄媢 l峄璦 峄 nhi峄噒 膽峄 cao b岷眓g ph瓢啤ng ph谩p t谩n x岷 gamma kh么ng ti岷縫 x煤c, 膼峄 t脿i c岷 Nh脿 n瓢峄沜 – D峄 谩n KH&CN quy m么 l峄沶 2012-2014, B峄 C么ng Th瓢啤ng.
2. Nghi锚n c峄﹗ ph瓢啤ng ph谩p x谩c 膽峄媙h th脿nh ph岷 t谩n x岷 m峄檛 l岷 v脿 nhi峄乽 l岷 trong ph茅p 膽o t谩n x岷 gamma v脿 膽谩nh gi谩 s峄 bi岷縩 thi锚n c峄 ch煤ng theo c谩c th么ng s峄 h矛nh h峄峜 kh谩c nhau, 膼峄 t脿i c岷 膼HQG lo岷 B2015-18-03, (2015-2017)
3. Nghi锚n c峄﹗ ph瓢啤ng ph谩p ph芒n t铆ch kh么ng ph谩 h峄 膽峄 x谩c 膽峄媙h s峄 ph芒n b峄 ho岷 膽峄 c峄 c谩c 膽峄搉g v峄 ph贸ng x岷 b锚n trong th霉ng ch峄゛ r谩c th岷 h岷 nh芒n c贸 matrix kh么ng 膽峄搉g nh岷, 膼峄 t脿i c岷 膼HQG lo岷 C2018-18-04, (2018-2020)
4. Nghi锚n c峄﹗ ph谩t tri峄僴 ph瓢啤ng ph谩p b谩n th峄眂 nghi峄噈 峄﹏g d峄g trong k峄 thu岷璽 gamma t谩n x岷, 膼峄 t脿i Nafosted 103.04-2018.24 (2019-2021)
5. 膼谩nh gi谩 ho岷 膽峄 ph贸ng x岷 t峄 nhi锚n v脿 kim lo岷 n岷穘g trong m岷玼 n瓢峄沜 膽峄 d峄 b谩o 岷h h瓢峄焠g 膽峄慽 v峄沬 s峄ヽ kh峄廵 c峄檔g 膽峄搉g, VL2021-18-01, (2021-2023)