Add to ORKGAfter a brief reminder of the performance goals that the LHC aims to achieve, the strategy for commissioning with protons is presented. Dedicated runs with ions and protons are mentioned, and how machine operation may be scheduled through a year is shown. Potential trouble spots during the operational cycle are then highlighted and an estimate of the resultant particle losses given. I
The challenges facing the LHC machine as it nears the end of its initial commissioning period are re...
The challenges facing the LHC machine as it nears the end of its initial commissioning period are re...
The LHC's first heavy ion run set - and tested - the operational pattern for 2011 and later years: a...
This chapter describes the current status of the LHC. General machine parameters are reviewed and th...
The LHC construction is now approaching the end and it is now time to prepare for commissioning with...
The LHC is an accelerator with unprecedented complexity where the energy stored in magnets and the b...
The operational performance of the LHC machine both for proton and lead ion operation are reviewed ...
A brief review of Run 1 and Run 2 is given below, firstly to outline the progress made, and secondly...
A brief review of Run 1 and Run 2 is given below, firstly to outline the progress made, and secondly...
During 2017, the Large Hadron Collider LHC delivered luminosity for different physics configuration ...
This chapter provides a summary of the most important design parameters of the LHC, and it gives an ...
The choice of parameters for proton operation in the LHC in 2009 is subject to constraints from beam...
In 2011 the LHC moved from commissioning into the physics production phase with the aim of accumulat...
The LHC has just come to the end of its first Long Shutdown (LS1) and preparations are underway to p...
Abstract. The LHC Run I was successfully concluded in March 2012. An incredible amount of data has b...
The challenges facing the LHC machine as it nears the end of its initial commissioning period are re...
The challenges facing the LHC machine as it nears the end of its initial commissioning period are re...
The LHC's first heavy ion run set - and tested - the operational pattern for 2011 and later years: a...
This chapter describes the current status of the LHC. General machine parameters are reviewed and th...
The LHC construction is now approaching the end and it is now time to prepare for commissioning with...
The LHC is an accelerator with unprecedented complexity where the energy stored in magnets and the b...
The operational performance of the LHC machine both for proton and lead ion operation are reviewed ...
A brief review of Run 1 and Run 2 is given below, firstly to outline the progress made, and secondly...
A brief review of Run 1 and Run 2 is given below, firstly to outline the progress made, and secondly...
During 2017, the Large Hadron Collider LHC delivered luminosity for different physics configuration ...
This chapter provides a summary of the most important design parameters of the LHC, and it gives an ...
The choice of parameters for proton operation in the LHC in 2009 is subject to constraints from beam...
In 2011 the LHC moved from commissioning into the physics production phase with the aim of accumulat...
The LHC has just come to the end of its first Long Shutdown (LS1) and preparations are underway to p...
Abstract. The LHC Run I was successfully concluded in March 2012. An incredible amount of data has b...
The challenges facing the LHC machine as it nears the end of its initial commissioning period are re...
The challenges facing the LHC machine as it nears the end of its initial commissioning period are re...
The LHC's first heavy ion run set - and tested - the operational pattern for 2011 and later years: a...