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Advanced Detection Techniques for Gamma Rays in Nuclear Physics

Explore the innovative proposals for gamma-ray detection using advanced scintillators and a 4p detector set up, aimed at efficient fission detection and sample analysis in nuclear physics research. Led by Carlos Guerrero, a CERN Fellow, this project focuses on enhancing detection capabilities for prompt fission gamma rays in key uranium and plutonium isotopes, detailing the need for high-resolution scintillators. Check out 'samples' slides for more information on the proposed methods and equipment.

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Advanced Detection Techniques for Gamma Rays in Nuclear Physics

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  1. Introduccionot detector test (for g-flash) at n_TOF (October 2012) Carlos GUERRERO CERN Fellow, PhysicsDepartment

  2. Proposals EAR-2 Still planed for EAR-2 (in EAR-1 we would need to much Pu mass) Detection for g-rays: in principle C6D6 Detection for fission: in principle MGAS (maybe PPAC s) Samples: see ‘samples’ slides

  3. Proposals EAR-2 Still planed for EAR-2 (in EAR-1 we would need to much Se mass) (See Cesar’s talk) Detection for g-rays: in principle 4p detect needed (optimize edet + separate backg.) Samples: see ‘samples’ slides

  4. Proposals EAR-2 Prompt fission g-rays from fission in 233,235U and 239,241Pu (All in NEA-HPRL) C. Guerrero and collaborators MGAS with high resolution scintillators (NaI or better [LaCl3, LaBr3, CeBr3, HPGe]) n Scintillator g’s Sample

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