The BE-EA group is responsible for the AD, AWAKE, CHARM, East Area, ELENA, GIF ++, HIE-ISOLDE, HiRadMat, ISOLDE, North Area & nToF.

 

Please find here a quick overview about the beam characteristics of both East and North Areas:

Beamlines

Beam Line Particle type Maximum beam momentum Maximum intensity/ spill Spill length [s] Beam physicist Deputy Operational Support
H2

Protons
Electrons
Hadrons
Positrons
Muons
Ions

Primary proton beam: 400 GeV/c
Secondary beam: 360 GeV/c

Hadrons: 107
Electrons: 106

4.8

Nikolaos Charitonidis

Laurence James Nevay

Bastien Rae

H4

Protons
Electrons
Hadrons
Positrons
Muons
Ions

Primary proton beam: 400 GeV/c
Secondary beam: 360 GeV/c

Hadrons: 107
Electrons: 107

4.8

Nikolaos Charitonidis

Dipanwita Banerjee

Bastien Rae

H6

Protons
Electrons
Hadrons
Positrons
Muons

Secondary beam: 205 GeV/c

Hadrons: 3 x 106
Electrons: 105

4.8

Laurence James Nevay

Dipanwita Banerjee

Luke Aidan Dyks

H8

Protons
Electrons
Hadrons
Positrons
Muons
Ions

Primary proton beam: 400 GeV/c
Secondary beam: 360 GeV/c

Hadrons: 106
Electrons: 104
Ions: 10

4.8

Maarten Van Dijk

Anna Baratto Roldan

M2

Hadrons
Muons
 

Hadron beam: 280 GeV/c
Muon beam: 250 GeV/c

Hadrons: 108
Muons: 3 x 108

Dipanwita Banerjee

Maarten Van Dijk

Bastien Rae

T8 : IRRAD & CHARM

Protons

24 GeV/c

5 x 1011

Dipanwita Banerjee

Johannes Bernhard

Bastien Rae

T9

Electron
Hadrons
Muons

15 GeV/c

Electrons: 106
Hadrons: 106

0.4

Dipanwita Banerjee

Maarten Van Dijk

Elisabetta Giulia Parozzi

T10

Hadrons
Muons

11.5 GeV/c

Electrons: 106
Hadrons: 106

0.4

 

Maarten Van Dijk

 

Laurence James Nevay

Elisabetta Giulia Parozzi

T11 CLOUD

Hadrons

3.5 GeV/c

Hadrons: 106

Laurence James Nevay

Johannes Bernhard

Bastien Rae

 

 

For more detailed information, please feel free to click of one of the images below