PhD student
[5]. Le Huu Loi: Research and development of calibration models for gamma and X-ray radiation detection systems (Primary Supervisor).
[4]. Le Thi Ngoc Trang: Development of a quantitative analysis method for determining the activities of radioactive isotopes using a gamma spectrometry system, combined with machine-learning algorithms to assess radiation-related health risks (Co-advised with Assoc. Prof. Tran Thien Thanh).
[3]. Nguyen Thi Truc Linh: Study of a non-destructive analytical method combined with artificial neural networks to determine the thickness of aluminum samples (Primary Supervisor).
[2]. Lam Duy Nhat: Study of the radiation-shielding characteristics of fly-ash blended concrete materials (Primary Supervisor).
[1]. Nguyen Thanh Dat: Research on the application of non-destructive testing techniques combined with machine-learning algorithms to analyze the composition and concentration of compounds (Primary Supervisor).
Master student
[17]. Ngo Thi Thanh Hong (2025), Improving the evaluation of calibration procedures for gamma dose-rate measuring instruments using a 137Cs source.
[16]. Nguyen Huynh Phuong Duyen (2025), Evaluation of the calibration of narrow X-ray spectrum dose-rate measurement devices using radiation dose-rate meters equipped with non-compensated and energy-compensated Geiger–Müller detectors.
[15]. Tran Nguyen Minh Trung (2024), Investigation of characteristic gamma shielding parameters of concrete panels containing mechanically processed waste aggregates.
[14]. Truong Hoang Linh (2024), Improving gamma radioactive source tracking efficiency using deep learning methods.
[13]. Nguyen Duc Tuyen (2024), Determination of output parameters of small radiation fields for the Elekta Precise linear accelerator system.
[12]. Vu Nhat Quang (2024), Development of concrete using waste materials as fine aggregates for radiation shielding applications.
[11]. Nguyen Thu Hang (2023), Developing a density measurement technique based on gamma scattering with a low-intensity source.
[10]. Dang Hoai An (2023), Study on the sensitivity of gamma scattering technique according to geometric characteristics of the measurement system.
[9]. Phan Ngoc Linh (2023), Determination of the thickness of plate materials using gamma transmission techniques combined with Monte Carlo simulation.
[8]. Truong Thanh Sang (2021), Combining artificial neural networks and MCNP simulation to predict liquid density.
[7]. Nguyen Thi Kim Anh (2021), Comparison of density determination methods based on linear calibration curves and ANN models.
[6]. Ho Thi Tuyet Ngan (2020), Calibration of density measurement using gamma scattering techniques.
[5]. Nguyen Thi Hai Yen (2020), Determination of liquid density using gamma scattering techniques with calibration curves constructed by Monte Carlo simulation.
[4]. Trinh Thi Ai Lam (2020), Determination of the effective atomic number of various materials using scattering and transmission methods.
[3]. Nguyen Thi My Le (2018), Study of factors affecting the scattered gamma spectrum in liquid density measurement using a NaI(Tl) scintillation detector.
[2]. Le Kim Dung (2018), Determination of the efficiency of a semiconductor detector for samples with different geometries using the Monte Carlo method.
[1]. Lam Duy Nhat (2018), Investigation of gamma-ray attenuation characteristics for several types of materials using the Monte Carlo method.