DOI: 10.26143/ganil-2022-tat_at-211
title: TAT_At-211
title: tat_at-211

description: TAT_At-211 - In this experiment, an alpha beam accelerated by SPIRAL-2 was used to produce At-210 via the reaction Bi-209(alpha, 3n)At-210 and At-211 via the reaction Bi-209(alpha, 2n)At-211. To achieve this, Bi-209 targets were irradiated at various alpha beam energies between 28 and 31 MeV. At-210 and At-211 production cross sections were measured by using gamma-ray spectroscopy. The incident particle flux was monitored using an instrumented faraday cup and validated with copper XXX
description: Detector: EXOGAM
description: projectileIsotope: 4He; projectileChargeState: 2+; projectileBeamEnergy: 7; projectileBeamEnergyUnit: MeV/u; projectileParticle: Ion; projectileAverageBeamIntensity: 1.e-1; projectileBeamIntensityUnit: pps; projectilePercentage: 100; projectileBeamType: Radioactive; projectileAcceleratorType: SPIRAL2
description: projectileIsotope: 4He; projectileChargeState: 2+; projectileBeamEnergy: 7.15; projectileBeamEnergyUnit: MeV/u; projectileParticle: Ion; projectileAverageBeamIntensity: 1.e-1; projectileBeamIntensityUnit: pps; projectilePercentage: 100; projectileBeamType: Radioactive; projectileAcceleratorType: SPIRAL2
description: projectileIsotope: 4He; projectileChargeState: 2+; projectileBeamEnergy: 7.25; projectileBeamEnergyUnit: MeV/u; projectileParticle: Ion; projectileAverageBeamIntensity: 1.e-1; projectileBeamIntensityUnit: pps; projectilePercentage: 100; projectileBeamType: Radioactive; projectileAcceleratorType: SPIRAL2
description: projectileIsotope: 4He; projectileChargeState: 2+; projectileBeamEnergy: 7.375; projectileBeamEnergyUnit: MeV/u; projectileParticle: Ion; projectileAverageBeamIntensity: 1.e-1; projectileBeamIntensityUnit: pps; projectilePercentage: 100; projectileBeamType: Radioactive; projectileAcceleratorType: SPIRAL2
description: projectileIsotope: 4He; projectileChargeState: 2+; projectileBeamEnergy: 7.5; projectileBeamEnergyUnit: MeV/u; projectileParticle: Ion; projectileAverageBeamIntensity: 1.e-1; projectileBeamIntensityUnit: pps; projectilePercentage: 100; projectileBeamType: Radioactive; projectileAcceleratorType: SPIRAL2
description: projectileIsotope: 4He; projectileChargeState: 2+; projectileBeamEnergy: 7.625; projectileBeamEnergyUnit: MeV/u; projectileParticle: Ion; projectileAverageBeamIntensity: 1.e-1; projectileBeamIntensityUnit: pps; projectilePercentage: 100; projectileBeamType: Radioactive; projectileAcceleratorType: SPIRAL2
description: projectileIsotope: 4He; projectileChargeState: 2+; projectileBeamEnergy: 7.75; projectileBeamEnergyUnit: MeV/u; projectileParticle: Ion; projectileAverageBeamIntensity: 1.e-1; projectileBeamIntensityUnit: pps; projectilePercentage: 100; projectileBeamType: Radioactive; projectileAcceleratorType: SPIRAL2
description: targetIsotopes: 209Bi; targetIsotopePercentage: 100; targetSamplePhase: Solid; targetType: Isotope; targetTargetThicknessValue: 0.1; targetTargetThicknessUnit: mg/cm2; targetDensity: ; targetDensityUnit: ;
description: targetIsotopes: natCu; targetIsotopePercentage: 100; targetSamplePhase: Solid; targetType: Isotope; targetTargetThicknessValue: 0.025; targetTargetThicknessUnit: mg/cm2; targetDensity: ; targetDensityUnit: ;