Add to ORKGThe transfer line for the LHC Ring 1 was successfully commissioned with beam in the autumn of 2007. After extraction from the SPS accelerator and about 2.7 km of new transfer line, the beam arrived at the temporarily installed beam dump, about 50 m before the start of the LHC tunnel, without the need of any beam threading. This paper gives an overview of the hardware commissioning period and the actual beam tests carried out. It summarises the results of the beam test optics measurements and the performance of the installed hardware
This paper will outline the progress with LHC commissioning to date, detailing the performance achie...
The movable LHC injection protection devices in the SPS-to-LHC transfer lines and downstream of the ...
A new optics was introduced in the SPS for improving beam stability at high intensity. For transferr...
The transfer line for the LHC Ring 1 was successfully commissioned with beam in the autumn of 2007. ...
Beam commissioning of the SPS to LHC transfer lines performed during the summer 2008 is reported. Th...
The new TI8 transfer-line between the SPS and the future LHC was commissioned during two long machin...
The transfer lines for both rings of the LHC were successfully re-commissioned with beam in preparat...
Image of the first beam spot on the last BTV screen traversed by the beam during the TI 2 test
Through May to September 2008, further beam commissioning of the SPS-to-LHC transfer lines was perfo...
The LHC is an accelerator with unprecedented complexity where the energy stored in magnets and the b...
The LHC injection tests and first turn beam commissioning took place in late summer 2008, after deta...
The 2009 beam commissioning of the LHC injection and transfer lines will be reviewed. The measuremen...
The initial commissioning of the LHC injections and beam dumps allowed the basic functionality of th...
An ion beam has been successfully transfered from the SPS to the LHC for the first time on 12 Novemb...
The initial commissioning of the LHC injections and beam dumps allowed the basic functionality of th...
This paper will outline the progress with LHC commissioning to date, detailing the performance achie...
The movable LHC injection protection devices in the SPS-to-LHC transfer lines and downstream of the ...
A new optics was introduced in the SPS for improving beam stability at high intensity. For transferr...
The transfer line for the LHC Ring 1 was successfully commissioned with beam in the autumn of 2007. ...
Beam commissioning of the SPS to LHC transfer lines performed during the summer 2008 is reported. Th...
The new TI8 transfer-line between the SPS and the future LHC was commissioned during two long machin...
The transfer lines for both rings of the LHC were successfully re-commissioned with beam in preparat...
Image of the first beam spot on the last BTV screen traversed by the beam during the TI 2 test
Through May to September 2008, further beam commissioning of the SPS-to-LHC transfer lines was perfo...
The LHC is an accelerator with unprecedented complexity where the energy stored in magnets and the b...
The LHC injection tests and first turn beam commissioning took place in late summer 2008, after deta...
The 2009 beam commissioning of the LHC injection and transfer lines will be reviewed. The measuremen...
The initial commissioning of the LHC injections and beam dumps allowed the basic functionality of th...
An ion beam has been successfully transfered from the SPS to the LHC for the first time on 12 Novemb...
The initial commissioning of the LHC injections and beam dumps allowed the basic functionality of th...
This paper will outline the progress with LHC commissioning to date, detailing the performance achie...
The movable LHC injection protection devices in the SPS-to-LHC transfer lines and downstream of the ...
A new optics was introduced in the SPS for improving beam stability at high intensity. For transferr...