Peter Andersson
Universitetslektor vid Institutionen för fysik och astronomi; Tillämpad kärnfysik
- Mobiltelefon:
- 070-225 69 63
- E-post:
- peter.andersson@physics.uu.se
- Besöksadress:
- Ångströmlaboratoriet, Lägerhyddsvägen 1
- Postadress:
- Box 516
751 20 UPPSALA
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Biografi
Denna text finns inte på svenska, därför visas den engelska versionen.
My favorite nuclide is Uranium-235. This is the only naturally abundant nuclide that can have a self-sustained nuclear chain reaction. Thanks to this nuclide, humanity has great power in our hands. Without it, while we wouldn't need to fear nuclear weapons, neither would we be likely to ever reach the stars.
Publikationer
Urval av publikationer
- Neutron tomography of axially symmetric objects using 14 MeV neutrons from a portable neutron generator (2014)
- Characterization of a Be (p, xn) neutron source for fission yields measurements (2014)
- Correction for dynamic bias error in transmission measurements of void fraction (2012)
- Effects of proton escape on detection efficiency in thin scintillator elements and its consequences for optimization of fast-neutron imaging (2011)
- Neutron tomography for void distribution measurements (2010)
Senaste publikationer
- Plutonium Production under Uranium Constraint (2023)
- Passive methods for spent fuel characterisation at the Finnish geological repository (2023)
- Applied nuclear physics in the Alva Myrdal Centre for nuclear disarmament (2023)
- Serpent modelling of pressurized heavy water CANDU reactors (2023)
- First experimental demonstration of the use of a novel planar segmented HPGe detector for gamma emission tomography of mockup fuel rods (2023)
Alla publikationer
Artiklar
- Plutonium Production under Uranium Constraint (2023)
- Passive methods for spent fuel characterisation at the Finnish geological repository (2023)
- First experimental demonstration of the use of a novel planar segmented HPGe detector for gamma emission tomography of mockup fuel rods (2023)
- Experimental evaluation of the performance of a novel planar segmented HPGe detector for use in gamma emission tomography (2023)
- Performance evaluation of a novel gamma transmission micro-densitometer for PIE of nuclear fuel (2023)
- Multi-parameter Optimization of Gamma Emission Tomography Instruments for Irradiated Nuclear Fuel Examination (2023)
- Calculation of Spatial Response of a Collimated Segmented HPGe detector for Gamma Emission Tomography by MCNP Simulations (2022)
- Treating model inadequacy in fuel performance model calibration by parameter uncertainty inflation (2022)
- A computational methodology for estimating the detected energy spectra of the gamma-ray flux from irradiated nuclear fuel (2022)
- Geometrical optimisation of a segmented HPGe detector for spectroscopic gamma emission tomography (2021)
- Evaluation of gamma-ray transmission through rectangular collimator slits for application in nuclear fuel spectrometry (2021)
- Simulation of the response of a segmented High-Purity Germanium detector for gamma emission tomography of nuclear fuel (2020)
- The degradation of gamma-ray mass attenuation of UOX and MOX fuel with nuclear burnup (2020)
- Discrimination of irradiated MOX fuel from UOX fuel by multivariate statistical analysis of simulated activities of gamma-emitting isotopes (2018)
- Estimating irradiated nuclear fuel characteristics by nonlinear multivariate regression of simulated gamma-ray emissions (2018)
- A computerized method (UPPREC) for quantitative analysis of irradiated nuclear fuel assemblies with gamma emission tomography at the Halden reactor (2017)
- Nuclear Spent Fuel Parameter Determination using Multivariate Analysis of Fission Product Gamma Spectra (2017)
- Outcomes of the JNT 1955 Phase I Viability Study of Gamma Emission Tomography for Spent Fuel Verification (2017)
- A neutron source for IGISOL-JYFLTRAP (2017)
- Applying image analysis techniques to tomographic images of irradiated nuclear fuel assemblies (2016)
- Determination of the Rod-wise Fission Gas Release Fraction in a Complete Fuel Assembly Using Non-destructive Gamma Emission Tomography (2016)
- Determination of the rod-wise fission gas release fraction in a complete fuel assembly using non-destructive gamma emission tomography (2016)
- Neutron tomography of axially symmetric objects using 14 MeV neutrons from a portable neutron generator (2014)
- Design and initial 1D radiography tests of the FANTOM mobile fast-neutron radiography and tomography system (2014)
- Characterization of a Be(p,xn) neutron source for fission yields measurements (2014)
- Correction for dynamic bias error in transmission measurements of void fraction (2012)
- Effects of proton escape on detection efficiency in thin scintillator elements and its consequences for optimization of fast-neutron imaging (2011)
- Fragment-mass distributions in neutron-induced fission of 232Th and 238U at 33, 45, and 60 MeV (2011)
- Gamma Emission Tomography Measurements of Fuel Assemblies at the Halden Reactor
Böcker
- Fast-Neutron Tomography using a Mobile Neutron Generator for Assessment of Steam-Water Distributions in Two-Phase Flows (2014)
- Optimization of Equipment for Tomographic Measurements of Void Distributions using Fast Neutrons (2011)
Konferenser
- Applied nuclear physics in the Alva Myrdal Centre for nuclear disarmament (2023)
- Surrogate Modeling with Derivative Prediction for Implementation in Inverse Uncertainty Quantification Methods for Fuel Performance Modeling (2023)
- Coincidence spectroscopy for increased sensitivity in radionuclide monitoring (2022)
- Non-proliferation and safeguards activities within the Alva Myrdal Centre for nuclear disarmament (2022)
- A technical view on Pakistan's nuclear weapons programme (2022)
- Radioxenon measurements at the Shelter Objectin the new Safe Containment at ChernobylNuclear Power Plant (2022)
- Addressing Model Inadequacy in Inverse Uncertainty Quantification for Fuel Performance Modeling by using a Hierarchical Statistical Formulation (2022)
- CaNel - Calibration of Nuclear fuel performance codes (2021)
- Feasibility study of gamma-ray micro-densitometry for the examination of nuclear fuel swelling (2021)
- Gamma spectroscopy methodology for large amounts of environmental samples in Sweden 30 years after the Chernobyl accident (2020)
- Gamma Emission Tomography for Nuclear Fuel Diagnostics (2019)
- Inspection of LOCA Test Rod IFA-650.16 Using Gamma Emission Tomography (2019)
- Segmented HPGe Detector for Gamma Emission Tomography of Nuclear Fuel and Comparison with Existing Detectors (2019)
- Gamma Emission Tomography of LOCA-transient test rods (2017)
- Feasibility Study of Using Gamma Emission Tomography for Identification of Leaking Fuel Rods in Commercial Fuel Assemblies (2017)
- Quantitative Gamma Emission Tomography Inspection of LOCA rod IFA-650.15 (2017)
- Outcomes of the JNT 1955 Phase I Viability Study of Gamma EmissionTomography for Spent Fuel Verification (2017)
- Inspection of a LOCA Test Rod at the Halden Reactor Project using Gamma Emission Tomography (2016)
- Gamma Emission Tomography Measurements of Fuel Assemblies at the Halden Reactor (2016)
- Tomographic reconstructions and predictions of radial void distribution in BWR fuel bundle with part-length rods (2015)
- Neutron Tomography Using Mobile Neutron Generators for Assessment of Void Distributions in Thermal Hydraulic Test Loops (2015)
- Tomographic determination of spent fuel assembly pin-wise burnup and cooling time for detection of anomalies (2015)
- Monte Carlo simulations of a Universal Gamma-Ray Emission Tomography Device (2015)
- Characterization of a Be (p, xn) neutron source for fission yields measurements (2014)
- Measurement of the energy spectrum from the neutron source planned for IGISOL (2014)
- Target thickness dependence of the Be(p,xn) neutron energy spectrum (2014)
- Neutron tomography for void distribution measurements (2010)
- A Medley with over ten years of (mostly) light-ion production measurements at The Svedberg Laboratory (2010)
Rapporter
- Serpent modelling of pressurized heavy water CANDU reactors (2023)
- State-of-the-Art Report (2022)
- Radioxenon measurements at the Shelter Object in the New Safe Confinement at Chernobyl Nuclear Power Plant (2022)
- Validation of axial flux profiles and development of a modified axial flux model using gamma scans of IFA-677 (2019)
- Inspection of LOCA Test Rod IFA-650.16 Using Gamma Emission Tomography (2018)
- Inspection of LOCA Test Rod IFA-650.15 Using Gamma Emission Tomography (2016)
- Non-destructive Determination of the Rod-wise Fission Gas Release Fraction Using Gamma Emission Tomography on Complete Fuel Assemblies (2016)
- A Viability Study of Gamma Emission Tomography for Spent Fuel Verification (2016)
Övrigt
- Att tillverka ett kärnvapen - Hur svårt är det? (2022)
- Beräkningsuppgift med dator för studenter i tillämpad reaktorfysik (2021)
- Spent fuel characterization research at Uppsala University (2021)
- Status of spent fuel characterization research at Uppsala University (2021)
- Att vara forskare - Presentation för Ekuddenskolan ÅK 2 (2020)
- Kärnkraft - Vad är det? (2019)
- Project Summary of Ph.D. proposal: Calibration of fuel performance codes – treating modelinadequacies, nuisance parameters and unrecognized systematic uncertainties (2019)
- Notes on the world energy supply (2017)
- LOCA Transient Tests at HRP (2016)
