This paper describes a fast multi-channel radiation pyrometer that was developed for warmdense-matter experiments with intense heavy ion beams at Gesellschaft fur Schwerionenforschung mbH (GSI). The pyrometer is capable of measuring of brightness temperatures from 2000 K to 50000 K, at 6 wavelengths in visible and near-infrared parts of spectrum, with 5 nanosecond temporal resolution and several micrometers spatial resolution. The pyrometer's spectral discrimination technique is based on interference filters, which act as filters and mirrors to allow for simultaneous spectral discrimination of the same ray at multiple wavelengths
A multiwavelength pyrometer was developed for applications unique to aerospace environments. It was ...
Design and operation of accurate millisecond and microsecond resolution optical pyrometers developed...
Development of a fast spatial scanning pyrometer for temperature measurements above 1500 K is descri...
We present a detailed technical description of a fast multi-channel pyrometer designed for warm-dens...
Recent experiments performed on heating of matter using intense uranium beams generated by the heavy...
Intense heavy ion beams are an excellent tool to create large-volume samples of high energy density ...
A high-speed, four-wavelength pyrometer has been developed for dynamic temperature measurements on s...
A set of diagnostic has been developed for the WDM experiments at Berkeley. The diagnostics are aime...
Intense heavy ion beams are an excellent tool to create large-volume samples of warm-dense-matter (W...
This paper describes a multiwavelength optical pyrometer designed to measure, with a 3 ns rise-time...
Previously a fast multi-wavelength pyrometer was developed in a collaboration between the Harbin Ins...
Abstract. A high-speed, four-wavelength pyrometer has been developed for dynamic temperature measure...
An optical system has been developed which can determine time-resolved temperatures in shocked mater...
There is no theoretical upper temperature limit for pyrometer application in temperature measurement...
Accurate and high-speed transient surface-temperature measurements of combustion devices including i...
A multiwavelength pyrometer was developed for applications unique to aerospace environments. It was ...
Design and operation of accurate millisecond and microsecond resolution optical pyrometers developed...
Development of a fast spatial scanning pyrometer for temperature measurements above 1500 K is descri...
We present a detailed technical description of a fast multi-channel pyrometer designed for warm-dens...
Recent experiments performed on heating of matter using intense uranium beams generated by the heavy...
Intense heavy ion beams are an excellent tool to create large-volume samples of high energy density ...
A high-speed, four-wavelength pyrometer has been developed for dynamic temperature measurements on s...
A set of diagnostic has been developed for the WDM experiments at Berkeley. The diagnostics are aime...
Intense heavy ion beams are an excellent tool to create large-volume samples of warm-dense-matter (W...
This paper describes a multiwavelength optical pyrometer designed to measure, with a 3 ns rise-time...
Previously a fast multi-wavelength pyrometer was developed in a collaboration between the Harbin Ins...
Abstract. A high-speed, four-wavelength pyrometer has been developed for dynamic temperature measure...
An optical system has been developed which can determine time-resolved temperatures in shocked mater...
There is no theoretical upper temperature limit for pyrometer application in temperature measurement...
Accurate and high-speed transient surface-temperature measurements of combustion devices including i...
A multiwavelength pyrometer was developed for applications unique to aerospace environments. It was ...
Design and operation of accurate millisecond and microsecond resolution optical pyrometers developed...
Development of a fast spatial scanning pyrometer for temperature measurements above 1500 K is descri...