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Another problem worth noting was that the 180 deg F fibers were arced (seen below), which may be due to the fact that they naturally rested on the bottom of the vials on the hot plate, so one side of the fibers possible got hotter and therefore expanded more than the other side, causing the fibers to bow. Because of this, I believe Ann Marie and I will be doing more heat tests.
 
Another problem worth noting was that the 180 deg F fibers were arced (seen below), which may be due to the fact that they naturally rested on the bottom of the vials on the hot plate, so one side of the fibers possible got hotter and therefore expanded more than the other side, causing the fibers to bow. Because of this, I believe Ann Marie and I will be doing more heat tests.
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{| style="float: right; border: 1px solid #BBB; margin: .46em 0 0 .2em;"
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| valign="top" |[[File: Heat_Test_1_LG_1.jpeg]]<!--
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  --><br /> On the left is a picture of the light guide which had been in 180 deg F distilled and on the right is the light guide which had been in 150 deg F distilled water. It is apparent that the first has been bowed, whether this is due to the difference in water quality or the temperature is hard to distinguish..
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{| class="wikitable" style="text-align:center; width:500px; height:50px;" border=".5"
 
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| [[File: Heat_Test_1_LG_1.jpeg]] || [[File: Heat_Test_1_LG_2.jpeg]]
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| || [[File: Heat_Test_1_LG_2.jpeg]]
 
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On the left is a picture of the light guide which had been in 180 deg F distilled and on the right is the light guide which had been in 150 deg F distilled water. It is apparent that the first has been bowed, whether this is due to the difference in water quality or the temperature is hard to distinguish.
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