This paper reports on the development of transmission mode Transferred Electron (TE) photocathodes with quantum efficiency in excess of 10 % which function in the 950- 1700 nm wavelength range. Photocathode device physics will be briefly covered along with sealed tube photocathode performance. Results will be presented for both imaging and non-imaging detectors. Measured performance characteristics include: photocathode spectral response, dark current, image tube resolution, and image quality data. A brief discussion of system applications of this technology will also be presented. 1
A new-type GaAs photocathode with ultrafast time response, that is, the large exponential-doping tra...
With the growing demand from scientific projects such as the X-ray free electron laser (XFEL), ultra...
This project was conducted within the Gas Detectors Development (GDD) group at CERN. The main goal w...
Light detection and imaging at very low intensities, even down to individual photon detection, has b...
Advanced Energy Systems is developing several novel photocathode electron sources. One of these sour...
K-Te photocathodes deposited on a Mo substrate have been successfully used as an electron source in ...
We report on progress in the development of high quantum detection efficiency photocathodes for micr...
A new class of synchrotron light sources, based on the use of superconducting electron linear accele...
172 pagesHigh quality electron beams are a key tool in much of modern physics, forming the backbone ...
There has been significant progress over the last few years in the development of technologies for m...
The photoinjectors of FLASH at DESY (Hamburg, Germany) and the European XFEL are operated by laser d...
K–Te photocathodes deposited on a Mo substrate have been successfully used as an electron source in ...
The photoinjectors of FLASH at DESY (Hamburg, Germany) and the European XFEL are operated by laser d...
The combination of high frequency, high power, high efficiency capabilities is a feature of vacuum t...
Progress in the following three areas is reported: investigation of the basic properties of candidat...
A new-type GaAs photocathode with ultrafast time response, that is, the large exponential-doping tra...
With the growing demand from scientific projects such as the X-ray free electron laser (XFEL), ultra...
This project was conducted within the Gas Detectors Development (GDD) group at CERN. The main goal w...
Light detection and imaging at very low intensities, even down to individual photon detection, has b...
Advanced Energy Systems is developing several novel photocathode electron sources. One of these sour...
K-Te photocathodes deposited on a Mo substrate have been successfully used as an electron source in ...
We report on progress in the development of high quantum detection efficiency photocathodes for micr...
A new class of synchrotron light sources, based on the use of superconducting electron linear accele...
172 pagesHigh quality electron beams are a key tool in much of modern physics, forming the backbone ...
There has been significant progress over the last few years in the development of technologies for m...
The photoinjectors of FLASH at DESY (Hamburg, Germany) and the European XFEL are operated by laser d...
K–Te photocathodes deposited on a Mo substrate have been successfully used as an electron source in ...
The photoinjectors of FLASH at DESY (Hamburg, Germany) and the European XFEL are operated by laser d...
The combination of high frequency, high power, high efficiency capabilities is a feature of vacuum t...
Progress in the following three areas is reported: investigation of the basic properties of candidat...
A new-type GaAs photocathode with ultrafast time response, that is, the large exponential-doping tra...
With the growing demand from scientific projects such as the X-ray free electron laser (XFEL), ultra...
This project was conducted within the Gas Detectors Development (GDD) group at CERN. The main goal w...