Revision as of 04:00, 3 May 2017

October 2016

Using Detector D at the IAC, I had to get a count on the unirradiated soil sample that was collected. Here are the GPS coordinates ****

Here is the spectrum produced:

The details of the calibration along with the constants found from a linear fit of temperature vs. voltage can be found in the page below.

Using Detector D at the IAC, I had to get a count on the unirradiated soil sample that was collected. Here are the GPS coordinates ****

Here is the spectrum produced:

The details of the calibration along with the constants found from a linear fit of temperature vs. voltage can be found in the page below.

@@ Line 1: / Line 1: @@
 =October 2016=
+==Preliminary Information Before Irradiation of Soil Sample==
+Using Detector D at the IAC, I had to get a count on the unirradiated soil sample that was collected. Here are the GPS coordinates ****
+Here is the spectrum produced:
+[[File:Soil No Irr 10 21 16 logplot.png|200px]]
+The details of the calibration along with the constants found from a linear fit of temperature vs. voltage can be found in the page below.
+[[Calibration 10-21-16 Det D]]
+[[Calibration 10-28-16 Det A]]
+[[File:Soil Se Overlay.png|200px]]
+[[File:Background Se Overlay.png|200px]]
+==Preliminary Information Before Irradiation of Soil Sample==
+Using Detector D at the IAC, I had to get a count on the unirradiated soil sample that was collected. Here are the GPS coordinates ****
+Here is the spectrum produced:
+[[File:Soil No Irr 10 21 16 logplot.png|200px]]
+The details of the calibration along with the constants found from a linear fit of temperature vs. voltage can be found in the page below.
+[[Calibration 10-21-16 Det D]]
+[[Calibration 10-28-16 Det A]]
+[[File:Soil Se Overlay.png|200px]]
+[[File:Background Se Overlay.png|200px]]