The CLIC study considers the hybrid source using channeling as the baseline for unpolarised positron production. The hybrid source uses a few GeV electron beam impinging on a tungsten crystal target. With the crystal oriented on its axis it results an intense relatively low energy photon beam. The later is then impinging on an amorphous tungsten target producing positrons by e+e− pair creation. Downstream the amorphous target, a capture section based on an adiabatic matching device followed by a 2 GHz Pre- Injector Linac focuses and accelerates the positron beam up to around 200 Me
A model has been created in Geant4 [1] to simulate the key elements of an undulator-based positron s...
International audienceFCC-ee injector study foresees 3.5~nC electron and positron bunches with 200 H...
A start-to-end optimization simulation toolkit for the CLIC positron source has been developed using...
Oral presentation - WEOBMH03International audienceThe CLIC study considers the hybrid source using c...
The CLIC (Compact Linear Collider), as future linear collider, requires an intense positron source. ...
International audienceThe need of intense and bright positron sources for linear colliders has urged...
The baseline of the CLIC study considers non-polarized e+ for the 3 TeV centre of mass energy. The e...
The baseline positron source of CLIC has been optimised for the 3 TeV c.o.m. energy. Now the first s...
The need of intense and bright positron sources for linear colliders has urged the researches on pol...
The CLIC Positron source has been designed to produce non-polarised positron beams using a hybrid ta...
The CLIC (Compact Linear Collider) positron source is based on the conventional scheme, using a meta...
The CLIC Positron Source is based on the hybrid target composed of a crystal and an amorphous target...
WOS: 000306249000009Three different methods which are alternately conventional, Compton backscatteri...
The hybrid positron source made of a crystal-radiator, as a source of channeling radiation, and an a...
A model has been created in Geant4 [1] to simulate the key elements of an undulator-based positron s...
A model has been created in Geant4 [1] to simulate the key elements of an undulator-based positron s...
International audienceFCC-ee injector study foresees 3.5~nC electron and positron bunches with 200 H...
A start-to-end optimization simulation toolkit for the CLIC positron source has been developed using...
Oral presentation - WEOBMH03International audienceThe CLIC study considers the hybrid source using c...
The CLIC (Compact Linear Collider), as future linear collider, requires an intense positron source. ...
International audienceThe need of intense and bright positron sources for linear colliders has urged...
The baseline of the CLIC study considers non-polarized e+ for the 3 TeV centre of mass energy. The e...
The baseline positron source of CLIC has been optimised for the 3 TeV c.o.m. energy. Now the first s...
The need of intense and bright positron sources for linear colliders has urged the researches on pol...
The CLIC Positron source has been designed to produce non-polarised positron beams using a hybrid ta...
The CLIC (Compact Linear Collider) positron source is based on the conventional scheme, using a meta...
The CLIC Positron Source is based on the hybrid target composed of a crystal and an amorphous target...
WOS: 000306249000009Three different methods which are alternately conventional, Compton backscatteri...
The hybrid positron source made of a crystal-radiator, as a source of channeling radiation, and an a...
A model has been created in Geant4 [1] to simulate the key elements of an undulator-based positron s...
A model has been created in Geant4 [1] to simulate the key elements of an undulator-based positron s...
International audienceFCC-ee injector study foresees 3.5~nC electron and positron bunches with 200 H...
A start-to-end optimization simulation toolkit for the CLIC positron source has been developed using...