Assoc Prof Dr. Changran Geng | Radiation | Editorial Board Member

Assoc Prof Dr. Changran Geng | Radiation | Doctor at Nanjing University of Aeronautics and Astronautics | China

Assoc Prof Dr Changran Geng is a distinguished male researcher from Nanjing University of Aeronautics and Astronautics, renowned for his contributions to sensing technology, radiation imaging, Monte Carlo simulation, and boron neutron capture therapy. He completed his Ph.D. at Nanjing University of Aeronautics and Astronautics, where he developed strong foundations in advanced imaging physics and computational radiation analysis. Over his professional career, Assoc Prof Dr Changran Geng has held academic and research roles within interdisciplinary teams focusing on precision sensing systems, Compton-camera design, radionuclide distribution imaging, and nanomaterial-assisted radiotherapy, contributing significantly to international research collaborations and high-impact scientific outputs. His research interests include deep-learning–assisted sensing methodologies, radiation dose modelling, particle imaging reconstruction, neutron capture therapy optimization, and advanced detector characterization. Demonstrating strong research skills, he is proficient in Monte Carlo–based modelling, high-resolution imaging system calibration, radiopharmaceutical assessment, biological effects quantification, and multimodal sensing integration, while maintaining a robust publication portfolio with 99 Scopus-indexed documents, over 900 citations, an h-index of 15 and precision imaging, with leadership in collaborative research networks spanning multiple countries and disciplines. Although not all awards and honors are publicly listed, Assoc Prof Dr Changran Geng has earned recognition through consistent publication impact, collaborative excellence, and contributions to emerging sensing applications in nuclear and biomedical engineering. His expanding body of work demonstrates strong potential for greater global influence as he continues to enhance sensing accuracy, improve radiological imaging frameworks, and drive forward innovations in BNCT-based therapeutic assessment. In conclusion, Assoc Prof Dr Changran Geng stands as a highly accomplished researcher whose interdisciplinary expertise, strong technical skills, international collaborations, and sustained scientific productivity position him as a leading figure in next-generation sensing technology, with a promising trajectory toward further breakthroughs and expanded global impact.

Academic profile: ORCID | Scopus

Featured Publications:

1. Geng, C. (2026). A deep learning-based approach for precision improvement in Monte Carlo neutronics simulation.

2. Geng, C. (2025). Characterization of a DOI-corrected Compton camera system based on LYSO scintillators.

3. Geng, C. (2025). Dual-functional nanoliposome with high BPA loading for targeted MRI-guided BNCT of glioblastoma.

4. Geng, C. (2025). Microscopic imaging of alpha particle trajectory and its application for radionuclide distribution measurement in cell.

5. Geng, C. (2025). Compton-camera-based radiopharmaceutical imaging with an attenuation-corrected LM-MLEM reconstruction strategy. 3 citations.