Add to ORKGAbstract We present a status report on the research and development of high-gradient normal-conducting RF structures for the ionization cooling of muons in a neutrino factory or muon collider. High-gradient RF structures are required in regions enclosed in strong focussing solenoidal magnets, precluding the application of superconducting RF technolog
In the past few years, the concept of a high intensity muon storage ring has been pursued as an opti...
The building of a muon collider is motivated by the desire to collide point-like par-ticles while re...
A very field gradient cavity of more than 0.5MV/m at 6MHz is required for muons of short lifetime. B...
We report on the research and development of high gradient low frequency closed-cell structures for...
We report on the research and development of high gradient low frequency closed-cell structures for ...
A muon cooling channel calls for very high accelerating gradient RF structures to restore the energ...
There is an on going international collaboration studying the feasibility and cost of building a muo...
There is an on going international collaboration studying the feasibility and cost of building a muo...
An ionization cooling channel is a tightly spaced lattice containing absorbers for reducing the mome...
The rf R&D program for high-gradient, low frequency cavities to be used in muon cooling systems ...
The MuCool RF Program focuses on the study of normal conducting RF structures operating in high magn...
In Muon Ionisation Cooling, closely packed high-field RF cavities are interspersed with energy-absor...
The cooling channel for a neutrino factory consists of a series of alternating field solenoidal cell...
The proposed cooling system for the muon collider will consist of a 200 meter long line of alternati...
The MuCool program undertaken by the US Neutrino Factory and Muon Collider Collaboration is to study...
In the past few years, the concept of a high intensity muon storage ring has been pursued as an opti...
The building of a muon collider is motivated by the desire to collide point-like par-ticles while re...
A very field gradient cavity of more than 0.5MV/m at 6MHz is required for muons of short lifetime. B...
We report on the research and development of high gradient low frequency closed-cell structures for...
We report on the research and development of high gradient low frequency closed-cell structures for ...
A muon cooling channel calls for very high accelerating gradient RF structures to restore the energ...
There is an on going international collaboration studying the feasibility and cost of building a muo...
There is an on going international collaboration studying the feasibility and cost of building a muo...
An ionization cooling channel is a tightly spaced lattice containing absorbers for reducing the mome...
The rf R&D program for high-gradient, low frequency cavities to be used in muon cooling systems ...
The MuCool RF Program focuses on the study of normal conducting RF structures operating in high magn...
In Muon Ionisation Cooling, closely packed high-field RF cavities are interspersed with energy-absor...
The cooling channel for a neutrino factory consists of a series of alternating field solenoidal cell...
The proposed cooling system for the muon collider will consist of a 200 meter long line of alternati...
The MuCool program undertaken by the US Neutrino Factory and Muon Collider Collaboration is to study...
In the past few years, the concept of a high intensity muon storage ring has been pursued as an opti...
The building of a muon collider is motivated by the desire to collide point-like par-ticles while re...
A very field gradient cavity of more than 0.5MV/m at 6MHz is required for muons of short lifetime. B...