The ILC will possibly be the next worldwide acceleration machine. The physics case requires unprecedented detector performance, notably for vertex finding. This paper presents a novel approach to the proble
This work deals with the design of a CMOS pixel sensor prototype (called MIMOSA 31) for the outer la...
DEPFET pixels offer a unique possibility for a high resolution pixel vertex detector at a future lin...
In this paper we present the characterization results relevant to a deep n-well (DNW) CMOS active pi...
The ILC will possibly be the next worldwide acceleration machine. The physics case requires unpreced...
International audienceFast Monolithic Active Pixel Sensors (MAPS) are now being studied for the high...
The development of CMOS pixel sensors with column parallel read-out and integrated zero-suppression ...
Future high energy physics experiments require high luminosities and efficient and pure bottom and c...
The SDR0 (Sparsified Digital Readout) prototype is a proof-of-principle design which is aimed at stu...
The vertex detectors at the International Linear Collider (ILC) (there will be two of them, one for ...
The future TeV-scale linear collider ILC (International Linear Collider) offers a large variety of p...
This work presents the characterization of Deep N-well (DNW) active pixel sensors fabricated in a ve...
This work presents the features of a new kind of deep n-well monolithic active pixel sensor (DNW-MA...
CMOS Pixel Sensors are making steady progress towards the specifications of the ILD vertex detector....
For the International Linear Collider a vertex detector with unprecedented performance is needed. Th...
This paper will discuss the design criteria and characterization results of a deep n-well (DNW) CM...
This work deals with the design of a CMOS pixel sensor prototype (called MIMOSA 31) for the outer la...
DEPFET pixels offer a unique possibility for a high resolution pixel vertex detector at a future lin...
In this paper we present the characterization results relevant to a deep n-well (DNW) CMOS active pi...
The ILC will possibly be the next worldwide acceleration machine. The physics case requires unpreced...
International audienceFast Monolithic Active Pixel Sensors (MAPS) are now being studied for the high...
The development of CMOS pixel sensors with column parallel read-out and integrated zero-suppression ...
Future high energy physics experiments require high luminosities and efficient and pure bottom and c...
The SDR0 (Sparsified Digital Readout) prototype is a proof-of-principle design which is aimed at stu...
The vertex detectors at the International Linear Collider (ILC) (there will be two of them, one for ...
The future TeV-scale linear collider ILC (International Linear Collider) offers a large variety of p...
This work presents the characterization of Deep N-well (DNW) active pixel sensors fabricated in a ve...
This work presents the features of a new kind of deep n-well monolithic active pixel sensor (DNW-MA...
CMOS Pixel Sensors are making steady progress towards the specifications of the ILD vertex detector....
For the International Linear Collider a vertex detector with unprecedented performance is needed. Th...
This paper will discuss the design criteria and characterization results of a deep n-well (DNW) CM...
This work deals with the design of a CMOS pixel sensor prototype (called MIMOSA 31) for the outer la...
DEPFET pixels offer a unique possibility for a high resolution pixel vertex detector at a future lin...
In this paper we present the characterization results relevant to a deep n-well (DNW) CMOS active pi...
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