Difference between revisions of "JB Undergraduate Research Progress, Fall 2013"
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file:JbInside.jpg|The average paint thickness on this scintillating fiber is between 10 and 13 microns. | file:JbInside.jpg|The average paint thickness on this scintillating fiber is between 10 and 13 microns. | ||
| − | file: | + | file:JbFaceplate.jpg|This fiber is painted on one side. The paint thickness is 15.24 microns. |
file:Short Fiber 6.JPG|This fiber is painted on one side. The paint thickness is 15.24 microns. | file:Short Fiber 6.JPG|This fiber is painted on one side. The paint thickness is 15.24 microns. | ||
file:Fiber_6.jpg|This waveguide is painted on one side. The paint thickness is 12.7 microns. | file:Fiber_6.jpg|This waveguide is painted on one side. The paint thickness is 12.7 microns. | ||
Revision as of 19:38, 20 December 2013
This page gives an overview of the work I have done under the supervision of Dr. Richard Jones during the Fall 2013 semester.
I worked in the lab as a student worker during the summer of 2013. I spent my time working on a proposal for a chilled water line for the servers in P403. I finalized this document in the beginning of the Fall 2013 semester. It can be found here.
When I first gained access to the active collimator, I took it apart in order to understand its structure. Below are pictures that I took upon its disassembly.
The average paint thickness on this scintillating fiber is between 10 and 13 microns.
This fiber is painted on one side. The paint thickness is 15.24 microns.
This fiber is painted on one side. The paint thickness is 15.24 microns.
This waveguide is painted on one side. The paint thickness is 12.7 microns.
I also read [