Abstract
In thermal ionization mass spectrometry the phenomenon of mass discrimination has led to the use of a correction factor for isotope ratio-measurements. The correction factor is defined as the measured ratio divided by the true or accepted value of this ratio. In fact this factor corrects for systematic errors of the whole procedure; however mass discrimination is often associated just with the mass spectrometer.
Broeckman, A.
[1]
- Rijksuniversiteit Utrecht (Netherlands)
Citation Formats
Broeckman, A.
Mass discrimination.
Netherlands: N. p.,
1978.
Web.
Broeckman, A.
Mass discrimination.
Netherlands.
Broeckman, A.
1978.
"Mass discrimination."
Netherlands.
@misc{etde_8461470,
title = {Mass discrimination}
author = {Broeckman, A.}
abstractNote = {In thermal ionization mass spectrometry the phenomenon of mass discrimination has led to the use of a correction factor for isotope ratio-measurements. The correction factor is defined as the measured ratio divided by the true or accepted value of this ratio. In fact this factor corrects for systematic errors of the whole procedure; however mass discrimination is often associated just with the mass spectrometer.}
place = {Netherlands}
year = {1978}
month = {Dec}
}
title = {Mass discrimination}
author = {Broeckman, A.}
abstractNote = {In thermal ionization mass spectrometry the phenomenon of mass discrimination has led to the use of a correction factor for isotope ratio-measurements. The correction factor is defined as the measured ratio divided by the true or accepted value of this ratio. In fact this factor corrects for systematic errors of the whole procedure; however mass discrimination is often associated just with the mass spectrometer.}
place = {Netherlands}
year = {1978}
month = {Dec}
}