Add to ORKGBackground sources at the 1 TeV Next Linear Collider are discussed along with ideas on how to limit their effect on the detector. With modest shielding and an adequate solenoidal field, we find that detector backgrounds are minimal and that the experimental environment should be similar to that which one normally associates with e+e colliders. I
The rich physics potential of a high-energy high-luminosity {mu}{sup +}{mu}{sup {minus}} collider an...
The International Linear Collider is a unique linear e+e− accelerator, due to the clean environment ...
The International Linear Collider is a unique linear e+e− accelerator, due to the clean environment ...
Some of the sources of backgrounds important for studies of, e, and ee collisions at a next linear ...
A brief review of the background for experiments at future e+e − linear colliders is done. Two sourc...
Detector background in future e+e- colliders, as will arise for example from the beam-beam interacti...
The International Linear Collider is a linear $e^{+}e^−$ accelerator, which is unique due to the cle...
The International Linear Collider is a linear $e^{+}e^−$ accelerator, which is unique due to the cle...
A 'plasma lens' might be used to enhance the luminosity of future linear colliders. However, its uti...
The International Linear Collider is a linear $e^{+}e^−$ accelerator, which is unique due to the cle...
This paper presents the first estimates of the backgrounds in the final focus region for a 2 TeV 2 ...
We have estimated hadronic backgrounds for an e+e- linear collider at a center- of-mass energy of 5 ...
The International Linear Collider is a unique linear e$^+$e$^−$ accelerator, due to the clean enviro...
Backgrounds arising from muon decay at a 4 TeV muon collider are summarized, and some implications f...
Background levels in detectors at future high-luminosity colliders of three different types - proton...
The rich physics potential of a high-energy high-luminosity {mu}{sup +}{mu}{sup {minus}} collider an...
The International Linear Collider is a unique linear e+e− accelerator, due to the clean environment ...
The International Linear Collider is a unique linear e+e− accelerator, due to the clean environment ...
Some of the sources of backgrounds important for studies of, e, and ee collisions at a next linear ...
A brief review of the background for experiments at future e+e − linear colliders is done. Two sourc...
Detector background in future e+e- colliders, as will arise for example from the beam-beam interacti...
The International Linear Collider is a linear $e^{+}e^−$ accelerator, which is unique due to the cle...
The International Linear Collider is a linear $e^{+}e^−$ accelerator, which is unique due to the cle...
A 'plasma lens' might be used to enhance the luminosity of future linear colliders. However, its uti...
The International Linear Collider is a linear $e^{+}e^−$ accelerator, which is unique due to the cle...
This paper presents the first estimates of the backgrounds in the final focus region for a 2 TeV 2 ...
We have estimated hadronic backgrounds for an e+e- linear collider at a center- of-mass energy of 5 ...
The International Linear Collider is a unique linear e$^+$e$^−$ accelerator, due to the clean enviro...
Backgrounds arising from muon decay at a 4 TeV muon collider are summarized, and some implications f...
Background levels in detectors at future high-luminosity colliders of three different types - proton...
The rich physics potential of a high-energy high-luminosity {mu}{sup +}{mu}{sup {minus}} collider an...
The International Linear Collider is a unique linear e+e− accelerator, due to the clean environment ...
The International Linear Collider is a unique linear e+e− accelerator, due to the clean environment ...