Abstract
A computer program has been written to statistically analyze mass spectrometer measurements. The program tests whether the difference between signal and background intensities is statistically significant, corrects for signal drift in the measured values, and calculates ratios against the main isotope from the corrected intensities. Repeated ratio value measurements are screened for outliers using the Dixon statistical test. Means of ratios and the coefficient of variation are calculated and reported. The computer program is written in Basic and is available for anyone who is interested.
Citation Formats
van Raaphorst, J. G.
Statistical program for the data evaluation of a thermal ionization mass spectrometer.
Netherlands: N. p.,
1978.
Web.
van Raaphorst, J. G.
Statistical program for the data evaluation of a thermal ionization mass spectrometer.
Netherlands.
van Raaphorst, J. G.
1978.
"Statistical program for the data evaluation of a thermal ionization mass spectrometer."
Netherlands.
@misc{etde_8489820,
title = {Statistical program for the data evaluation of a thermal ionization mass spectrometer}
author = {van Raaphorst, J. G.}
abstractNote = {A computer program has been written to statistically analyze mass spectrometer measurements. The program tests whether the difference between signal and background intensities is statistically significant, corrects for signal drift in the measured values, and calculates ratios against the main isotope from the corrected intensities. Repeated ratio value measurements are screened for outliers using the Dixon statistical test. Means of ratios and the coefficient of variation are calculated and reported. The computer program is written in Basic and is available for anyone who is interested.}
place = {Netherlands}
year = {1978}
month = {Dec}
}
title = {Statistical program for the data evaluation of a thermal ionization mass spectrometer}
author = {van Raaphorst, J. G.}
abstractNote = {A computer program has been written to statistically analyze mass spectrometer measurements. The program tests whether the difference between signal and background intensities is statistically significant, corrects for signal drift in the measured values, and calculates ratios against the main isotope from the corrected intensities. Repeated ratio value measurements are screened for outliers using the Dixon statistical test. Means of ratios and the coefficient of variation are calculated and reported. The computer program is written in Basic and is available for anyone who is interested.}
place = {Netherlands}
year = {1978}
month = {Dec}
}