A novel type of GaAs radiation detector featuring a three-dimensional array of electrodes that penetrate through the detector bulk and the fabrication technology required are described. Using a pulsed Nd: YAG laser we have obtained repeatable round holes of 30 μm diameter with little or no taper and smooth internal walls. With a pulsed Ti: Sapphire laser we have obtained repeatable holes of 100 μm diameter with coarse internal walls. Drilling damage to the substrate is discussed along with possible prevention steps and post-drilling treatment
The performance of an architecture for X-ray pixel detectors is discussed. The three-dimensional (3-...
Fabrication routes to realising '3D' detectors in gallium arsenide have been investigated and their ...
The radiation hardness of semiconductor detectors for harsh environments, including nuclear, space, ...
A novel type of GaAs radiation detector featuring a three-dimensional array of electrodes that penet...
A novel type of GaAs radiation detector featuring a 3-D array of electrodes that penetrate through t...
A novel type of GaAs radiation detector featuring a three-dimensional array of electrodes that penet...
This thesis is concerned with the fabrication, characterisation and simulation of 3D semiconductor d...
Various fabrications routes to create '3D' detectors have been investigated and the electrical chara...
Research into new semiconductor materials for measurement of electromagnetic radiation over a wide r...
The use of the 3D detector geometry, where the electrodes go through the bulk of the semiconductor i...
This is the final report of a three-year, Laboratory-Directed Research and Development (LDRD) projec...
Fabrication routes to realising ‘3D ’ detectors in gallium arsenide (GaAs) have been investigated an...
Ever increasing demand for more radiation resistant detectors from experiments such as those at the ...
: We present a study on the radiation tolerance and timing properties of 3D diamond detectors fabric...
The search for new semiconductor detectors has led to interesting developments in recent years. As w...
The performance of an architecture for X-ray pixel detectors is discussed. The three-dimensional (3-...
Fabrication routes to realising '3D' detectors in gallium arsenide have been investigated and their ...
The radiation hardness of semiconductor detectors for harsh environments, including nuclear, space, ...
A novel type of GaAs radiation detector featuring a three-dimensional array of electrodes that penet...
A novel type of GaAs radiation detector featuring a 3-D array of electrodes that penetrate through t...
A novel type of GaAs radiation detector featuring a three-dimensional array of electrodes that penet...
This thesis is concerned with the fabrication, characterisation and simulation of 3D semiconductor d...
Various fabrications routes to create '3D' detectors have been investigated and the electrical chara...
Research into new semiconductor materials for measurement of electromagnetic radiation over a wide r...
The use of the 3D detector geometry, where the electrodes go through the bulk of the semiconductor i...
This is the final report of a three-year, Laboratory-Directed Research and Development (LDRD) projec...
Fabrication routes to realising ‘3D ’ detectors in gallium arsenide (GaAs) have been investigated an...
Ever increasing demand for more radiation resistant detectors from experiments such as those at the ...
: We present a study on the radiation tolerance and timing properties of 3D diamond detectors fabric...
The search for new semiconductor detectors has led to interesting developments in recent years. As w...
The performance of an architecture for X-ray pixel detectors is discussed. The three-dimensional (3-...
Fabrication routes to realising '3D' detectors in gallium arsenide have been investigated and their ...
The radiation hardness of semiconductor detectors for harsh environments, including nuclear, space, ...