Abstract–A new class of radiation detectors has been conceived and demonstrated using plasma panel TV-set technology for direct conversion of ionizing radiation to free-electrons and a gaseous media for electron amplification with a gain of approximately 1011. For the basic configuration, a native pixel resolution of 10 ȝm appears feasible, with a pixel response time of 1 ȝs or faster, and a manufacturing cost of less than $1 per square inch for detector and electronics. New structures under consideration suggest the possibility that the plasma panel detector could be a transformational technology with low cost, large area, high spatial and temporal resolution, and potentially high efficiency, high energy spectral resolution and high neutro...
In the last years, many studies have been carried out on portable gamma cameras in order to optimize...
Plasma panel sensors are micropattern gaseous radiation detectors which are based on the technology ...
none1noThe paper describes an innovative idea for an ionizing particle detector. The principle is ba...
This article reports on an investigation of a radiation detector based on plasma display panel techn...
A new radiation sensor derived from plasma panel display technology is introduced. It has the capabi...
Abstract–Performance demands for high and super-high luminosity at the LHC ( up to 1035 cm-2 sec-1 a...
We are investigating a radiation detector based on plasma display panel technology, the principal co...
Recently, rather a lot of attention has been given to inexpensive radiation detectors, primarily for...
Currently film is being replaced by electronic detectors for portal imaging in radiation therapy. Th...
A new type of gaseous micropattern particle detector based on a closed-cell microcavity plasma panel...
We are presenting the results of our ongoing efforts to develop a new type of focal plane detector f...
Flat panel x-ray detectors for medical diagnostic applications were commercialized just before the t...
Research into new semiconductor materials for measurement of electromagnetic radiation over a wide r...
The edgeless or active edge pixel detector has gained increasingly attention due to its superiority ...
A new detector geometry is described with relatively high gamma ray energy resolution at room temper...
In the last years, many studies have been carried out on portable gamma cameras in order to optimize...
Plasma panel sensors are micropattern gaseous radiation detectors which are based on the technology ...
none1noThe paper describes an innovative idea for an ionizing particle detector. The principle is ba...
This article reports on an investigation of a radiation detector based on plasma display panel techn...
A new radiation sensor derived from plasma panel display technology is introduced. It has the capabi...
Abstract–Performance demands for high and super-high luminosity at the LHC ( up to 1035 cm-2 sec-1 a...
We are investigating a radiation detector based on plasma display panel technology, the principal co...
Recently, rather a lot of attention has been given to inexpensive radiation detectors, primarily for...
Currently film is being replaced by electronic detectors for portal imaging in radiation therapy. Th...
A new type of gaseous micropattern particle detector based on a closed-cell microcavity plasma panel...
We are presenting the results of our ongoing efforts to develop a new type of focal plane detector f...
Flat panel x-ray detectors for medical diagnostic applications were commercialized just before the t...
Research into new semiconductor materials for measurement of electromagnetic radiation over a wide r...
The edgeless or active edge pixel detector has gained increasingly attention due to its superiority ...
A new detector geometry is described with relatively high gamma ray energy resolution at room temper...
In the last years, many studies have been carried out on portable gamma cameras in order to optimize...
Plasma panel sensors are micropattern gaseous radiation detectors which are based on the technology ...
none1noThe paper describes an innovative idea for an ionizing particle detector. The principle is ba...