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TEMPO in TIME

Research Contents > Beamlines > TEMPO > TEMPOTime

Time evolution of the TEMPO beamline: from the beginning of the project to the ongoing developments.

History of the installation

December 2005 :    Installation of the radioprotection Hutch
February 2006:       Modification of the SES 2002 (2D delay line detector)
June 2006:              Electricity, water and compressed air are available
June 2006:              Installation of the electron energy analyser at the TEMPO site
July 2006:               Installation of the Front end and of the temporary I.D. Diagnostic
August 2006:          Installation of the experimental chamber
Sept. 20th 2006:     First photons on the DIAGON
September 2006:    Installation and alignment of the extraction mirrors
November 2006:     Installation and alignment of the monochromator
December 2006:     Inauguration of Soleil (The monochromator is in UHV)
January 2007:         Alignment of the refocusing optics of the experimental stations)
February 2007:       First photons at the branch line: N2 1s edge in gas phase.
March 2007:           Photon beam in the main exp. station (Au -4f spectrum)
April – July 2007:   Photon beam commissioning: measure of resolving power,
                                                 and light polarization.
December 2007:     First external users
From 2008 to 2011 : more than 60 projects approved  
                                   
     user projects 
                       

Ongoing developments

Pulsed laser installation for pump/probe experiments.

 A Femtosecond pulsed laser for applications in fast demagnetization studies, is installed in the TEMPO beamline Laser hutch since Mai 2011. It was funded by the FEMTOMAG project presented in collaboration with Gregory Malinowsky and A. Thiaville at the  "Triangle de la physique.
TR-MOKE

 

A Coherent REGA pulsed laser with OPA is also installed in the same Laser hutch, since October 2011. First experiments with X beam have started at the end of 2011.

Lasers charasteristics
 

   

The Laser Beamline, and the 2 Laser equipments

 

 

Cryostat for the UHV photoemission experimental station

   Cryostat description 


Near Ambiant Pressure X-ray Photoelectron Spectroscopy

              Nap-XPS experimental station  

 

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