Abstract
The average sample number in our laboratory is about 200 per month (12% technical solid state, 30% geological solid state, 6% geological solid state with low mass, 12% biological, 11% water directly, 25% water after chemical separation, 4% others). In 54% of the measurements the background continuum, and though the detection limit, is determined only by the detector himself and not by the compton continuum from high energy lines in the sample. Some examples in the presented work aim to prove the advantages of gamma ray spectrometry in the underground laboratory Felsenkeller. (orig./DG)
Citation Formats
Koehler, M, and Niese, S.
Investigation of environmental samples by low-level gamma spectrometry.
Germany: N. p.,
1997.
Web.
Koehler, M, & Niese, S.
Investigation of environmental samples by low-level gamma spectrometry.
Germany.
Koehler, M, and Niese, S.
1997.
"Investigation of environmental samples by low-level gamma spectrometry."
Germany.
@misc{etde_525374,
title = {Investigation of environmental samples by low-level gamma spectrometry}
author = {Koehler, M, and Niese, S}
abstractNote = {The average sample number in our laboratory is about 200 per month (12% technical solid state, 30% geological solid state, 6% geological solid state with low mass, 12% biological, 11% water directly, 25% water after chemical separation, 4% others). In 54% of the measurements the background continuum, and though the detection limit, is determined only by the detector himself and not by the compton continuum from high energy lines in the sample. Some examples in the presented work aim to prove the advantages of gamma ray spectrometry in the underground laboratory Felsenkeller. (orig./DG)}
place = {Germany}
year = {1997}
month = {Mar}
}
title = {Investigation of environmental samples by low-level gamma spectrometry}
author = {Koehler, M, and Niese, S}
abstractNote = {The average sample number in our laboratory is about 200 per month (12% technical solid state, 30% geological solid state, 6% geological solid state with low mass, 12% biological, 11% water directly, 25% water after chemical separation, 4% others). In 54% of the measurements the background continuum, and though the detection limit, is determined only by the detector himself and not by the compton continuum from high energy lines in the sample. Some examples in the presented work aim to prove the advantages of gamma ray spectrometry in the underground laboratory Felsenkeller. (orig./DG)}
place = {Germany}
year = {1997}
month = {Mar}
}