Add to ORKGThis paper presents the results of the preliminary studies of an high energy [IGeV], high intensity [lOmA] accelerator complex to drive the recently proposed Energy Amplifier for nuclear energy production. After describing shortly this new concept of energy amplification based on nuclear cascades induced by high energy protons, the design criteria of the accelerator complex are discussed. A solution producing a continuous beam accelerated by a three stage ring cyclotron complex is presented. 1
In the past two years accelerator builders have published papers describing mature designs of no few...
The proposed Rare Isotope Accelerator (RIA) requires the construction of a cw 1.4 GV superconducting...
The high-intensity proton linac with a beam energy of 1.5GeV and a maximum current of 10mA has been ...
"The goal of this accelerator complex is to provide a 10 MW proton beam for driving the Energy Ampli...
"Several cyclotron-based high intensity accelerators have been studied in the framework of the Energ...
Because of the safer and more reliable mode of operation, a Superconducting Linac has been proposed ...
Because of the safer and more reliable mode of operation, a Superconducting Linac has been proposed ...
"A high efficiency three-stage cyclotron has been proposed [1] to provide a 10 MW proton beam in the...
The prospects of development of an electronuclear method of energy production are considered. The te...
A high efficiency 3 stage cyclotron has been proposed [1] to provide a 10 MWatts proton beam in the ...
The goal of the proposed three-stage cylotron complex is to deliver a continuous external high energ...
This paper presents the description of high power linear accelerators for industrial applications. 5...
The accelerator physics of high intensity linacs, either pulsed H – or cw proton facilities, is pres...
Transmutation of radioactive waste, high-intensity pulsed sources of fast neutrons, problem of inert...
This paper presents a project of high power linear accelerator for industrial applications. The acce...
In the past two years accelerator builders have published papers describing mature designs of no few...
The proposed Rare Isotope Accelerator (RIA) requires the construction of a cw 1.4 GV superconducting...
The high-intensity proton linac with a beam energy of 1.5GeV and a maximum current of 10mA has been ...
"The goal of this accelerator complex is to provide a 10 MW proton beam for driving the Energy Ampli...
"Several cyclotron-based high intensity accelerators have been studied in the framework of the Energ...
Because of the safer and more reliable mode of operation, a Superconducting Linac has been proposed ...
Because of the safer and more reliable mode of operation, a Superconducting Linac has been proposed ...
"A high efficiency three-stage cyclotron has been proposed [1] to provide a 10 MW proton beam in the...
The prospects of development of an electronuclear method of energy production are considered. The te...
A high efficiency 3 stage cyclotron has been proposed [1] to provide a 10 MWatts proton beam in the ...
The goal of the proposed three-stage cylotron complex is to deliver a continuous external high energ...
This paper presents the description of high power linear accelerators for industrial applications. 5...
The accelerator physics of high intensity linacs, either pulsed H – or cw proton facilities, is pres...
Transmutation of radioactive waste, high-intensity pulsed sources of fast neutrons, problem of inert...
This paper presents a project of high power linear accelerator for industrial applications. The acce...
In the past two years accelerator builders have published papers describing mature designs of no few...
The proposed Rare Isotope Accelerator (RIA) requires the construction of a cw 1.4 GV superconducting...
The high-intensity proton linac with a beam energy of 1.5GeV and a maximum current of 10mA has been ...