Target Prep February 2017 - Revision history

Brenleyt at 17:26, 10 February 2017

2017-02-10T17:26:32Z

Brenleyt at 17:25, 10 February 2017

2017-02-10T17:25:04Z

Brenleyt at 19:37, 2 February 2017

2017-02-02T19:37:30Z

Brenleyt at 19:34, 2 February 2017

2017-02-02T19:34:58Z

Brenleyt at 19:29, 2 February 2017

2017-02-02T19:29:18Z

Brenleyt at 19:22, 2 February 2017

2017-02-02T19:22:49Z

Brenleyt: Created page with "There will be 4 targets that will be placed in the beam. Each sample of the selenium pellets had to be under 0.5g to meet waste restrictions. The 4 samples are as follows: one em…"

2017-02-02T19:17:44Z

Created page with "There will be 4 targets that will be placed in the beam. Each sample of the selenium pellets had to be under 0.5g to meet waste restrictions. The 4 samples are as follows: one em…"

New page

There will be 4 targets that will be placed in the beam. Each sample of the selenium pellets had to be under 0.5g to meet waste restrictions. The 4 samples are as follows: one empty aluminum cylinder, one aluminum cylinder with only soil, one aluminum cylinder with a 50% ratio of soil to selenium, and one aluminum cylinder with a 10% ratio of soil to selenium. The details are in a table below

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 ||Soil Mass || 4.8
 |-
 |}<br>

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 || Total Mass || 1.52
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 |}<br>
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 || Total Mass || 1.62
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 |}<br>
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 To make the 50% ratio sample, use 0.46g of soil in the aluminum cylinder with Se Target 1
-To make the 10% ratio sample, use 4.9g of soil in the aluminum cylinder with Se Target 2
+To make the 10% ratio sample, use 4.8g of soil in the aluminum cylinder with Se Target 2

← Older revision		Revision as of 19:37, 2 February 2017
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	\|}<br>		\|}<br>
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		+	To make the 50% ratio sample, use 0.46g of soil in the aluminum cylinder with Se Target 1
		+
		+	To make the 10% ratio sample, use 4.9g of soil in the aluminum cylinder with Se Target 2

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 || Selenium Target 1  || Mass (g)
 |-
-||Front Ni Foil || 0.271
+||Front Ni Foil || 0.27
 |-
-||Rear Ni Foil || 0.245
+||Rear Ni Foil || 0.25
 |-
-|| Se Mass || 0.4626
+|| Se Mass || 0.46
 |-
-|| Mass of Kapton || 2.565
+|| Mass of Kapton || 0.54
 |-
-|| Total Mass || 3.544
+|| Total Mass || 1.52
 |-
 |}<br>
@@ Line 22: / Line 22: @@
 || Selenium Target 2  || Mass (g)
 |-
-||Front Ni Foil || 0.226
+||Front Ni Foil || 0.23
 |-
-||Rear Ni Foil || 0.260
+||Rear Ni Foil || 0.26
 |-
-|| Se Mass || 0.4869
+|| Se Mass || 0.49
 |-
-|| Mass of Kapton ||
+|| Mass of Kapton || 0.65
 |-
-|| Total Mass ||
+|| Total Mass || 1.62
 |-
 |}<br>

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-There will be 4 targets that will be placed in the beam. Each sample of the selenium pellets had to be under 0.5g to meet waste restrictions. The 4 samples are as follows: one empty aluminum cylinder, one aluminum cylinder with only soil, one aluminum cylinder with a 50% ratio of soil to selenium, and one aluminum cylinder with a 10% ratio of soil to selenium. The selenium targets were prepared by measuring the mass of the sample, then putting a front nickel foil and a back nickel foil around the selenium pellets and wrapping the whole target in Kapton tape. The mass of an empty cylinder is
+There will be 4 targets that will be placed in the beam. Each sample of the selenium pellets had to be under 0.5g to meet waste restrictions. The 4 samples are as follows: one empty aluminum cylinder, one aluminum cylinder with only soil, one aluminum cylinder with a 50% ratio of soil to selenium, and one aluminum cylinder with a 10% ratio of soil to selenium. The selenium targets were prepared by measuring the mass of the sample, then putting a front nickel foil and a back nickel foil around the selenium pellets and wrapping the whole target in Kapton tape. The mass of an empty cylinder is 32.65g
 {|border="5"
-||  || Mass (g)
+|| Selenium Target 2  || Mass (g)
 |-
 |}<br>

← Older revision		Revision as of 19:22, 2 February 2017
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−	There will be 4 targets that will be placed in the beam. Each sample of the selenium pellets had to be under 0.5g to meet waste restrictions. The 4 samples are as follows: one empty aluminum cylinder, one aluminum cylinder with only soil, one aluminum cylinder with a 50% ratio of soil to selenium, and one aluminum cylinder with a 10% ratio of soil to selenium. The ~~details are~~ in ~~a table below~~	+	There will be 4 targets that will be placed in the beam. Each sample of the selenium pellets had to be under 0.5g to meet waste restrictions. The 4 samples are as follows: one empty aluminum cylinder, one aluminum cylinder with only soil, one aluminum cylinder with a 50% ratio of soil to selenium, and one aluminum cylinder with a 10% ratio of soil to selenium. The selenium targets were prepared by measuring the mass of the sample, then putting a front nickel foil and a back nickel foil around the selenium pellets and wrapping the whole target in Kapton tape. The mass of an empty cylinder is
		+
		+	{\|border="5"
		+	\|\| \|\| Mass (g)
		+	\|-
		+	\|}<br>