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Continuous Wave Linear Electron Accelerators for Science and Applications
AbstractThis is a brief review of continuous wave electron accelerators for science and applications, including superconducting accelerators. As...
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Power System for Industrial ILU-Type Electron Accelerators
AbstractThe device and principle of operation of the pulse modulator, which is the power-supply system for the ILU series accelerators, as well as...
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Future Accelerators
Several candidates for future accelerators are discussed. The linear colliders ILC and CLIC will provide electron-positron collision at much higher...
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High-power proton accelerators for pulsed spallation neutron sources
With the spread of accelerator-driven pulsed spallation neutron sources and increasing need for higher neutron fluxes, the high-power performance of...
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High-Power Free-Electron Masers Based on Linear Induction Accelerators
We review the results of theoretical and experimental studies of high-power free-electron masers (FEMs), which are performed jointly by the Joint...
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Special-Purpose Accelerators
This chapter gives a brief account of synchrotron-light sources and free-electron lasers followed by a description of spallation neutron sources...
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High-performance computing for SKA transient search: Use of FPGA-based accelerators
This paper presents high-performance computing efforts with FPGA for the accelerated pulsar/transient search for the square kilometre array (SKA)....
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Discussion of 90° stopband in low-energy superconducting linear accelerators
Superconducting linear accelerators (SCL) have a high acceleration gradient and are capable of operating in a high-duty factor mode. For high-power...
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Novel Technologies for Compact Electron Linear Accelerators (Review)
AbstractThis paper reviews new technologies that make it possible to implement such modern principles of development and creation of applied linear...
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GID-160: A Pulsed Generator for Supplying Power to Magnetic Elements of Accelerators
AbstractThe development of the GID-160 module, a pulsed power source for magnetic elements of the accelerator, is described. This module is designed...
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High Energy Accelerators
High energy accelerators driven by RF cavities can provide kinetic energies up to 5 orders of magnitude higher than DTLs, betatrons and cyclotrons.
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Radio Frequency-Driven, Pulsed High-Current H− Ion Sources on Advanced Accelerators
The introduction of this chapter explains the use of pulsed high-current H− ion sources. It then discusses the radio frequency-driven H− ion sources...
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Accelerators and Map** the Particle Universe
After the initial discoveries that revealed the proton, electron, and then the neutron, the first accelerators developed in Cambridge and Berkeley...
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Technical Challenges for Future Accelerators
Accelerators have accompanied the development of nuclear and particle physics in the last ninety years. From first cyclotrons to the LHC and the...
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Low Energy Accelerators
Particle accelerators [2.1, 2.2] canEnergy conservation be classified depending from several parameters such as geometry (linear vs. circular),...
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A Novel Approach to Space Radiation Tests by Using High Power Laser Plasma Interactions
AbstractThe potential for protons and ions accelerated by ultra-intense high power laser systems was investigated to perform space radiation tests...
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Accelerators at LNF: From AdA to EuPRAXIA
The accelerators realized, installed and operated in the Frascati National Laboratories (LNF) from ADONE to the present day are described together...
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Linear Colliders
This article summarizes the studies for implementation of the Linear Collider projects, CLIC (the Compact LInear Collider) and ILC (the International...
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Development and testing of high precision and stability power supply for high energy photon source
PurposeThe high energy photon source (HEPS) is the fourth-generation synchrotron photon source. Compared with the third-generation synchrotron photon...
