Difference between revisions of "170049 1% Se Soil Mixture Analysis"
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Below are the Half life plots and hte point by point ratio plots for the mixture and the pure selenium sample. Note the error in the mixture. | Below are the Half life plots and hte point by point ratio plots for the mixture and the pure selenium sample. Note the error in the mixture. | ||
+ | [[File:170049 MixSample HLPlot.png|200px]] | ||
+ | [[File:LB 170049 PureSe HLPlot.png|200px]] | ||
[[File:170049 SeSoilMix PBPRatios.png|200px]] | [[File:170049 SeSoilMix PBPRatios.png|200px]] | ||
[[File:170049 PureSe PBPRatio.png|200px]] | [[File:170049 PureSe PBPRatio.png|200px]] |
Revision as of 16:21, 2 March 2018
Below is the information for the target
Front Outer Nickel Foil: 3.4274g
Outer Se: 0.0914g
Soil: 10.240g
Inner Front Foil: 1.8672g
Inner Rear Foil: 1.7220g
Inner Se: 0.0954g
Rear Outer Foil: 3.4887g
Below is a table with the data that is to be analyzed for the mixture:
Below is the table for the pure selenium sample which was outside the aluminum cylinder
Below are the Half life plots and hte point by point ratio plots for the mixture and the pure selenium sample. Note the error in the mixture.
Nickel Foil Information
For the nickel I have been using counting statistics (
) to find the error in the signal. This is due to the fact that I can pin down the half life within uncertainty using this type of error.Below is a table for the front outer nickel foil that was used in the sample.
Below is the table for the rear outer foil: