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Jalal Naghiyev

Radiochemist, Nuclear Spectroscopy Specialist, Applied Nuclear Instrumentation Researcher

Advancing the frontiers of radiochemistry and nuclear spectroscopy with high-precision analytical methods, advanced instrumentation, and applied research in nuclear science. Dr. Jalal Naghiyev brings extensive expertise in radioanalytical techniques, isotopic measurement, gamma-spectrometry, and instrumentation for nuclear applications—bridging fundamental science with real-world applications in radiation measurement, nuclear forensics, and instrumentation development.

Experience

More Than 20 Years

Affiliation

Innovation & Digital Development Agency

Personal Biography

Dr. Jalal Naghiyev is a leading specialist in radiochemistry, environmental radioanalysis, nuclear spectroscopy, and instrumentation development. His research portfolio spans gamma-ray spectrometry, radionuclide analysis, detector calibration, and the design of measurement systems for nuclear applications. He has led projects focused on quantification of trace radioisotopes, nuclear material analysis, and development of new detector and electronics modules tailored for high-precision measurement tasks.
With dedication to scientific excellence, Dr. Naghiyev combines sophisticated laboratory techniques, advanced data acquisition systems, and modeling of nuclear processes to deliver robust solutions for radiation safety, nuclear safeguards, and forensic investigations. He mentors young researchers and contributes actively to building national capacity in radiochemistry and nuclear instrumentation.

Professional Skills

Radiochemical Sample Preparation & Separation
High-Resolution Gamma & β-Spectrometry
Detector Calibration & Quality Assurance
Nuclear Instrumentation & Signal Processing
Radioanalytical Method Development & Validation
Data Analysis, Uncertainty Evaluation & Trace Isotope Quantification

Radiochemistry & Sample Preparation
95%
Nuclear Spectroscopy & Detector Systems
93%
Instrumentation Design & Data Analysis
90%

Activities

Design and implementation of radiochemical separation techniques and gamma-spectroscopy for radionuclide identification.
Development and optimization of detector systems, read-out electronics, and measurement protocols.
Participation in nuclear instrumentation projects, calibration of radiation measurement systems, and radiological characterization.
Collaboration with multidisciplinary teams, publication of peer-reviewed research, and training of early-career scientists.

  • Applied Radiochemistry | Nuclear Spectroscopy.
  • Scientific Leadership in Nuclear Measurement.
  • Detector & Instrumentation Development.
Educational Qualification

PhD - Radiochemistry
Focus: Nuclear Spectroscopy, Radioanalysis & Instrumentation
Key Achievements & Research Focus

  • Analysis of trace radionuclides in environmental, nuclear and industrial samples.
  • Development of advanced analytical procedures and detector-based methods.
  • Contribution to national and international collaborations in nuclear measurement and safeguards.