The possibility to master negatively charge particle beams via coherent interaction with crystals would lead to several interesting opportunities, spanning from halo collimation in future accelerator machines with hundreds GeV-TeV electrons and positrons, to be the basis of a periodically bent crystal for miniature electron crystalline undulator in the GeV energy range, which is accessible by most electron accelerators worldwide. Achievement of such goals does demand greater knowledge on coherent interactions for negative particles, expecially for electrons. Main purpose of this project is the investigation on the coherent interaction of negatively charged leptons with crystals in an wide energy range that goes from hundreds of MeV to 100 GeV.
CHANEL -INFN
GUIDI, Vincenzo;
2014
Abstract
The possibility to master negatively charge particle beams via coherent interaction with crystals would lead to several interesting opportunities, spanning from halo collimation in future accelerator machines with hundreds GeV-TeV electrons and positrons, to be the basis of a periodically bent crystal for miniature electron crystalline undulator in the GeV energy range, which is accessible by most electron accelerators worldwide. Achievement of such goals does demand greater knowledge on coherent interactions for negative particles, expecially for electrons. Main purpose of this project is the investigation on the coherent interaction of negatively charged leptons with crystals in an wide energy range that goes from hundreds of MeV to 100 GeV.I documenti in SFERA sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
