Nuclear physics research
Nuclear physics research focuses on the study of the fundamental properties of atomic nuclei, their structure, and the interactions that govern them. By exploring processes such as nuclear reactions, radioactivity, and fusion and fission mechanisms, researchers gain valuable insights into the forces that shape matter at its most basic level. Advanced particle detectors, accelerators, and spectroscopy instruments are essential tools that support precision experiments in this field.
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Documentation & Publications
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SAMPLE CHANGER FOR GAMMA SPECTROMETRY
Optimize your gamma spectrometry process with the automated sample changer from GEMINI TECHNOLOGY. This innovative device provides precise sample transfer, reducing human error and increasing operational efficiency in gamma spectrometry laboratories. -
High Performance Low Background Lead Shields
ORTEC’s lead shielding for low background applications ensures superior protection from ambient radiation, enhancing the accuracy and reliability of your measurements. Engineered to provide maximum attenuation and minimal noise, this shielding is ideal for critical experiments and high-precision detection.
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Manual Mono-Counter MPC (Global Alpha-Beta)
Ultra-performing and transportable meters suitable for laboratories that do not require an automatic multi-detector system.
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Alpha-Beta Automatic Chassis
Proportional gas counter, ultra-low background noise with or without window. HTDS offers the widest range of Alpha-Beta meters on the market to best meet your needs.
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Silicium Detector
The Alpha Spectrometry Detector from ORTEC is designed for precise and reliable detection of alpha radiation in various applications. Known for its high resolution and sensitivity, this detector is ideal for research, environmental monitoring, and nuclear safety.
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LVIS Spectrometer Software
ORTEC's Gamma Spectrometry Software LVIS delivers a powerful platform for the acquisition and analysis of gamma data. With sophisticated tools for spectrum visualization and interpretation, it is designed to maximize accuracy and efficiency in gamma spectrometric measurements.
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HPGe Detector Cooling System Möbius
The ORTEC Möbius Recycler technology provides “tried and tested” LN2cooling ofyour HPGe detector in a system where LN2requires refilling approximately onceevery other year under normal, continuous operating conditions.
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NIM Modular Electronics
HTDS proposes the modular range of ORTEC for spectrometry, fast timing, LIDAR, counting, etc...
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DSP Electronics
ORTEC's DSP electronics are cutting-edge components for digital signal processing, providing high performance and exceptional flexibility. Ideal for nuclear detection applications, these solutions ensure maximum precision in data analysis while facilitating seamless integration into your measurement systems.
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Micro-Detective®-HX radioisotope identifier
The IDENTIFINDER R440 from FLIR Systems offers a high-performance HPGe detector for precise radionuclide identification, making it an essential tool for nuclear threat detection, research, medical applications, and decontamination efforts.
Applications of nuclear physics research extend far beyond fundamental science, contributing to innovations in nuclear energy, medical imaging, cancer treatment (radiotherapy), and radiation safety. It also plays a critical role in areas such as nuclear security, material testing, and environmental monitoring. By combining cutting-edge technology with theoretical advancements, this research continues to open new pathways for both scientific discovery and industrial progress.