Add to ORKGThe cooling system is a key point on the long term operation of semiconductor detectors in LHC environment . Atlas and CMS experiments developed their cooling system which turn out to be large distributed complex systems. The systems were constructed and are currently in operation. The talk will describe the experience on the cooling systems from last years
The CMS electromagnetic calorimeter is a very challenging detector which aims at providing high prec...
The world of high energy physics eagerly awaits the startup of the Large Hadron Collider (LHC) curre...
CO$_2$ evaporative cooling has become one of the most popular thermal management technologies for si...
The cooling system of a large scale silicon detector system is critical for the long term operation ...
The ATLAS Inner Detector cooling system is the largest evaporative cooling system used in High Energ...
In the frame of the progress towards the High Luminosity Program of the Large Hadron Collider at CER...
Evaporative cooling is gaining interest in the particle physics community, due to the promise of red...
Substantially different approaches have been ad opted for the refrigeration plants of the first gene...
Following its pioneering application in the present LHCb Velo detector, CO$_{2}$ evaporative cooling...
The ATLAS detector is a general-purpose experiment for proton-proton collisions designed to investig...
The article describes the early years of the two large general-purpose experiments, ATLAS and CMS, a...
\begin{abstract} In the last few years, CO$_2$ evaporative cooling has been one of the favourite tec...
Evaporative CO 2 has been selected as the main detector cooling technology for the Phase II upgrade ...
This paper describes the evaporative system used to cool the silicon detector structures of the inne...
For the ATLAS experiment at the LHC, CERN, it is planned to build a pixel detector containing around...
The CMS electromagnetic calorimeter is a very challenging detector which aims at providing high prec...
The world of high energy physics eagerly awaits the startup of the Large Hadron Collider (LHC) curre...
CO$_2$ evaporative cooling has become one of the most popular thermal management technologies for si...
The cooling system of a large scale silicon detector system is critical for the long term operation ...
The ATLAS Inner Detector cooling system is the largest evaporative cooling system used in High Energ...
In the frame of the progress towards the High Luminosity Program of the Large Hadron Collider at CER...
Evaporative cooling is gaining interest in the particle physics community, due to the promise of red...
Substantially different approaches have been ad opted for the refrigeration plants of the first gene...
Following its pioneering application in the present LHCb Velo detector, CO$_{2}$ evaporative cooling...
The ATLAS detector is a general-purpose experiment for proton-proton collisions designed to investig...
The article describes the early years of the two large general-purpose experiments, ATLAS and CMS, a...
\begin{abstract} In the last few years, CO$_2$ evaporative cooling has been one of the favourite tec...
Evaporative CO 2 has been selected as the main detector cooling technology for the Phase II upgrade ...
This paper describes the evaporative system used to cool the silicon detector structures of the inne...
For the ATLAS experiment at the LHC, CERN, it is planned to build a pixel detector containing around...
The CMS electromagnetic calorimeter is a very challenging detector which aims at providing high prec...
The world of high energy physics eagerly awaits the startup of the Large Hadron Collider (LHC) curre...
CO$_2$ evaporative cooling has become one of the most popular thermal management technologies for si...