Abstract
A report on the capability of the microchannel plate photomultiplier type (ITT F4128) presently used at the JET LIDAR Thomson Scattering System is given. Detailed investigation on time response, low noise amplification, shutter ratio, gating behaviour, linear mode of operation and saturation pulse recovery carried out during the design phase for LIDAR are presented. New investigation with respect to dc- and gated operation showed no measurable changes in sensitivity of this MCP photomultiplier. Comparing this type of detector with other MCP photomultipliers and with streak cameras some detection schemes for future LIDAR type diagnostic are proposed. (orig.).
Citation Formats
Hirsch, K.
Detectors for LIDAR type Thomson scattering diagnostics.
Germany: N. p.,
1991.
Web.
Hirsch, K.
Detectors for LIDAR type Thomson scattering diagnostics.
Germany.
Hirsch, K.
1991.
"Detectors for LIDAR type Thomson scattering diagnostics."
Germany.
@misc{etde_10133274,
title = {Detectors for LIDAR type Thomson scattering diagnostics}
author = {Hirsch, K}
abstractNote = {A report on the capability of the microchannel plate photomultiplier type (ITT F4128) presently used at the JET LIDAR Thomson Scattering System is given. Detailed investigation on time response, low noise amplification, shutter ratio, gating behaviour, linear mode of operation and saturation pulse recovery carried out during the design phase for LIDAR are presented. New investigation with respect to dc- and gated operation showed no measurable changes in sensitivity of this MCP photomultiplier. Comparing this type of detector with other MCP photomultipliers and with streak cameras some detection schemes for future LIDAR type diagnostic are proposed. (orig.).}
place = {Germany}
year = {1991}
month = {Apr}
}
title = {Detectors for LIDAR type Thomson scattering diagnostics}
author = {Hirsch, K}
abstractNote = {A report on the capability of the microchannel plate photomultiplier type (ITT F4128) presently used at the JET LIDAR Thomson Scattering System is given. Detailed investigation on time response, low noise amplification, shutter ratio, gating behaviour, linear mode of operation and saturation pulse recovery carried out during the design phase for LIDAR are presented. New investigation with respect to dc- and gated operation showed no measurable changes in sensitivity of this MCP photomultiplier. Comparing this type of detector with other MCP photomultipliers and with streak cameras some detection schemes for future LIDAR type diagnostic are proposed. (orig.).}
place = {Germany}
year = {1991}
month = {Apr}
}