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Author Bondarev, Boris ♦ Durkin, Er ♦ Vinogradov, Stanislav
Source CiteSeerX
Content type Text
File Format PDF
Subject Domain (in DDC) Computer science, information & general works ♦ Data processing & computer science
Subject Keyword Cw Rfq Designing ♦ Rfq Code ♦ Scientific Visualization ♦ Main Requirement ♦ Accelerating-focusing Channel Design ♦ Parameter Choice ♦ Undesired Version ♦ Input Data ♦ New Rfq Code Package ♦ Beam Simulation ♦ Calculation Step ♦ Beam Acceleration ♦ Optimization Method ♦ Space Charge-dominated Beam ♦ Low Beam Loss ♦ Reduced Intervane Voltage ♦ New Concept ♦ Traditional Algorithm ♦ Main Feature ♦ New Criterion ♦ High-current Cw Linac ♦ New Multilevel Code Rfq
Abstract New criteria arise when high-current CW linacs are considered. The main requirements for such linacs are beam acceleration with very low beam losses and reduced intervane voltage. In such cases the traditional algorithms can lead to undesired versions of the RFQ. New concepts for parameter choices based on optimization methods and scientific visualization of space charge-dominated beam are incorporated in the new multilevel codes RFQ.3L [1]. This new RFQ code package gives users the possibility to proceed successfully from input data up to accelerating-focusing channel design and space-charge-dominated (SCD) beam simulation. There are two main features: a maximum of scientific visualization for each calculation step and the possibility to cut off undesired
Educational Role Student ♦ Teacher
Age Range above 22 year
Educational Use Research
Education Level UG and PG ♦ Career/Technical Study