Utilisation and Reliability of High Power Proton Accelerators [electronic resource] : Workshop Proceedings, Aix-en-Provence, France, 22-24 November 1999
Publishing, OECD.
Workshop on Utilisation and Reliability of High Power Proton AcceleratorsCorporate Author
Agency, Nuclear Energy.
NEA Nuclear Science CommitteeContent Provider
Workshop on Utilisation and Reliability of High Power Proton Accelerators
Paris : Organisation for Economic Co-operation and Development,
2001.
High power proton accelerators are being studied for their potential use in the transmutation of nuclear waste. The Second Workshop on Utilisation and Reliability of High Power Proton Accelerators, organised by the NEA Nuclear Science Committee, placed special emphasis on accelerator-driven system (ADS) concepts comprising a sub-critical reactor coupled with a high power accelerator. The information provided in these proceedings will primarily be of interest to scientists working on accelerator-driven systems, but also to those involved in the construction of high power accelerators.
Description based upon print version of record.
Foreword; CONTENTS; Executive Summary; Session I Recent Developments and Ongoing Accelerator Programmes:Experience of Relevance for ADS; Joint Project of JAERI and KEK for High Power Proton Accelerator; Reliability Considerations in Design of High Power Linacs; Scientific Issues and Status of Franco-Italian Collaboration on the SCLinear Accelerator for ADS; Status of the Proposal for a Superconducting Proton Linac at CERN; Overview and Status of the SNS Project; Reliability/Availability Considerations of the SNS; Initial Testing of the LEDA RFQ and Related Equipment
Reliability of Superconducting CavitiesOverview of ESS, R&D Efforts and Results; Session II Applications of HPPA; Experience and Features of SINQ Relevant to ADS; Superconducting RF Cavity R&D with High Power Proton Acceleratorfor the Joint Project JAERI/KEK; Utilisation and Application Plan of the KOMAC Proton Accelerator; Session III New Developments on the Reliability Issue; Induction Fixed-field Alternating Gradient (IFFAG) Synchrotronfor an Accelerator-driven System; An Accelerator Complex to Drive a Demonstrative Subcritical Reactor; The Cyclotron as a Possible Driver for ADS Systems
Extrapolating IBA Experience of Multi-milliampere Cyclotronsto ADS ApplicationsAccelerator as a Repairable System; IPHI RFQ Reliability Approach; Peak Field Studies in the IPHI RFQ; Reliability of the High Power Proton Source SILHI; Beam Diagnostics for High Intensity Accelerators; Design Problems of High Power CW Proton Linac: RFQ and RF System; Session IV Impact of Beam Trips and Fluctuations on Target/System; Estimates of Thermal Fatigue Due to Beam Interruptionsfor an ALMR-type ATW; Preliminary Engineering Requirements on Accelerators for ADS
Fatigue Analysis of the Spallation Module of a High PowerAccelerator-driven Demonstrator SystemPreliminary Analysis of Beam Trip and Beam Jump Events in an ADSPrototype; Structural Response of the EADF Target Beam Window to Beam Interruptions:Transient Thermo-mechanical Computations; Responses of ADS Plant to Accelerator Beam Transients; Session V Interface Technology and Requirements; Neutron Kinetics Developments of the SIMMER-III Safety Codefor ADS Application; Dimensioning Parameters of Operation for an Under-critical Core:Constraints Related to the Accelerator
ADS Performance from the Safety and Reliability PerspectiveImpact of the LANSCE Accelerator Beam Trips on Pilot MoltenLead-bismuth Target Design; Availability and Reliability of the TRISPAL Project Accelerator and their Incidence on Target Operation; Structural Activation, Energy Deposition and Shielding CalculationsDue to Proton Beam Loss in a High Power Proton Linear Accelerator; Radiological Burden Associated with Accelerator-driven Core; Session VI Benchmarks; The Tasks of Benchmark Type Related to Molten Lead-bismuth TargetDesign Substantiation and Preliminary Results of Their Solution
OECD/NEA Comparison Calculations for an Accelerator-drivenMinor Actinide Burner: Analysis of Preliminary Results
High power proton accelerators are being studied for their potential use in the transmutation of nuclear waste. The Second Workshop on Utilisation and Reliability of High Power Proton Accelerators, organised by the NEA Nuclear Science Committee, placed special emphasis on accelerator-driven system (ADS) concepts comprising a sub-critical reactor coupled with a high power accelerator. The information provided in these proceedings will primarily be of interest to scientists working on accelerator-driven systems, but also to those involved in the construction of high power accelerators.
Proton accelerators -- Congresses.
Proton accelerators -- Reliability.
Proton accelerators.
Proton accelerators
Proton accelerators
Nuclear Physics
Physics
Physical Sciences & Mathematics
Nuclear Science