Mirion’s advanced radiation measurement technology and custom-built radiation detection instruments, supported by a robust R&D structure, provide the critical accuracy and dependability needed to push the boundaries of knowledge in fields such as particle and nuclear physics, space exploration and dark matter research.
We have a longstanding history of designing custom radiation detection solutions to meet the needs of research projects. The knowledge gained from these exploratory initiatives allows us to enhance our standard offerings for a variety of non-research applications.
Mirion’s approach to innovation is deeply collaborative. Our global team of scientists and engineers works closely with customers to understand their specific requirements and solve key challenges for their project’s success, optimizing research with advanced radiation measurements.
Mirion Clover™ detectors are designed to combine the highest efficiency with the best energy and timing performance. Since the 1990s, our custom HPGe detector arrays have been adapted to support radiation detection and radiation measurement in nuclear physics and particle physics experiments worldwide.
In this 1-hour webinar, Gabriela Ilie, PhD, Mirion Product Line Manager for Specialty Detectors, presents on the latest developments in electrically cooled HPGe Clover detectors and the latest technologies enabling research applications.
Missions to uncover the mysteries of our solar system present extreme challenges that require robust and reliable solutions. For decades, Mirion has worked closely with global organizations to develop leading-edge radiation measurement technology for space exploration.
Only Mirion can provide HPGe detectors and detector configurations for synchrotron research, allowing for highly sensitive and accurate characterization of materials at the atomic and molecular level, optimizing research with advanced radiation measurements.
By providing precise and reliable measurements, our detectors play a pivotal role in experiments designed to detect and analyze dark matter, bringing us closer to understanding the evolution of the universe.
Safeguarding research with reliable radiation monitoring solutions is essential for maintaining a safe and productive environment. Keep everyone in your lab aware of exposure and protected from the effects of ionizing radiation and meet safety standards with our occupational dosimetry line.
Do you have a question or need a custom solution? We're here to help guide your research.
