Abstract
The function of the filter holder was examined in the laboratory and in the Ringhals measurement installation. It was concluded that a loss of sample could occur, if the filter has a heavy particle deposit. An approximate relation between deposits thickness and loss of sample could be determined. Particle concentration in the stack air is sometimes so high, that loss of sample can occur. The test have also revealed that the sample air stream can by-pass the filter, without proper indication of the defect. Control instrumentation is proposed.
Stroem, L
[1]
- Instrumentinvest, Nykoeping (Sweden)
Citation Formats
Stroem, L.
Loss of collected particles from the filter of the stack monitor, the Ringhals-1 power reactor; Provfoerluster i skorstensmoniteringens filterhaallare, Ringhals 1.
Sweden: N. p.,
1993.
Web.
Stroem, L.
Loss of collected particles from the filter of the stack monitor, the Ringhals-1 power reactor; Provfoerluster i skorstensmoniteringens filterhaallare, Ringhals 1.
Sweden.
Stroem, L.
1993.
"Loss of collected particles from the filter of the stack monitor, the Ringhals-1 power reactor; Provfoerluster i skorstensmoniteringens filterhaallare, Ringhals 1."
Sweden.
@misc{etde_10130582,
title = {Loss of collected particles from the filter of the stack monitor, the Ringhals-1 power reactor; Provfoerluster i skorstensmoniteringens filterhaallare, Ringhals 1}
author = {Stroem, L}
abstractNote = {The function of the filter holder was examined in the laboratory and in the Ringhals measurement installation. It was concluded that a loss of sample could occur, if the filter has a heavy particle deposit. An approximate relation between deposits thickness and loss of sample could be determined. Particle concentration in the stack air is sometimes so high, that loss of sample can occur. The test have also revealed that the sample air stream can by-pass the filter, without proper indication of the defect. Control instrumentation is proposed.}
place = {Sweden}
year = {1993}
month = {May}
}
title = {Loss of collected particles from the filter of the stack monitor, the Ringhals-1 power reactor; Provfoerluster i skorstensmoniteringens filterhaallare, Ringhals 1}
author = {Stroem, L}
abstractNote = {The function of the filter holder was examined in the laboratory and in the Ringhals measurement installation. It was concluded that a loss of sample could occur, if the filter has a heavy particle deposit. An approximate relation between deposits thickness and loss of sample could be determined. Particle concentration in the stack air is sometimes so high, that loss of sample can occur. The test have also revealed that the sample air stream can by-pass the filter, without proper indication of the defect. Control instrumentation is proposed.}
place = {Sweden}
year = {1993}
month = {May}
}