3d view: swiss light source sls

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3D view: Swiss Light Source SLS N S E W Where am I currently at PSI? 1 5 1 2 3 4 4 5 Electron storage ring The accelerated electrons race in a constant circu- lar path around the storage ring. An array of magnets in the electron storage ring forces a change in the trajectory of the electrons (light blue). This makes the electrons emit X-ray light – the synchrotron beam (yellow). One of more than 20 different SLS experimental stations used for scientific research in many fields, such as physics, materials science, chemistry, biology and medicine. Linear accelerator Initially generates a high-energy beam of electrons at around 100 million electronvolts. Booster ring The velocity of the electrons coming from the linear accelerator is increased even further: up to 2.4 billion electronvolts of energy and 99.999998 percent of the speed of light. Synchrotron 10 m

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Page 1: 3D view: Swiss Light Source SLS

3D view: Swiss Light Source SLS

N

S

EW

Where am I currentlyat PSI?

1

51

2

3

4

4

5

Electron storage ring

The accelerated electrons race in a constant circu-

lar path around the storage ring.

An array of magnets in the electron storage ring

forces a change in the trajectory of the

electrons (light blue). This makes the electrons

emit X-ray light – the synchrotron beam (yellow).

One of more than 20 different SLS experimental stations

used for scientific research in many fields, such as

physics, materials science, chemistry, biology and medicine.

Linear accelerator

Initially generates a high-energy

beam of electrons at around

100 million electronvolts.

Booster ring

The velocity of the electrons coming from

the linear accelerator is increased

even further: up to 2.4 billion electronvolts

of energy and 99.999998 percent of

the speed of light.

Synchrotron

10 m