Revision as of 22:04, 15 May 2018

Writing

Introduction

Theory

For the sake of brevity and elegance, the reader is referred to the internet, where in due time he or she can find a fantastically large supply of papers pertaining to this study, some of which may contain content covering the necessary theory.

Related Papers/Links

see above.

TriMev_Simulations

Literally fake news.

Why does 114.5 R = 100 rad?

This is why: Roentgen to Rad Conversion. Checkmate subsection ( ͡° ͜ʖ ͡°)

Note that 1Gy = 100 Rad

Absorbed Dose Information

Apparatus

OSLs

Accelerators

TriMeV Description

Cathode Profile

Detectors

OSL Info

Nanodot Calibration

[math]^{137}\text{Cs Source}[/math]

Reproducibility with 137Cs

First Board for Beam Profile

Experimental Methods

Linac Run Plan April 2018, Dr. McNulty

Nothing below is final and will be changed.

Date

85 useable OSLs

Machine: 24b Linac

Beam Energy: 8 MeV

Rep Rate: Max (180Hz)?

Shot #	Start Time	End Time	Number of OSLs	Distance to end of beampipe	Beam Current	Aluminum Brick	Background Subtracted PMT Counts
1	7am	7:15am	1	25cm	amps	Out
2	7:20am	7:35am	1	25cm	amps	Out
3	7:40am	7:55am	1	25cm	amps	Out
4	8:00	8:20	1	25cm	amps	Out
5			1	25cm	amps	Out
6			1	25cm	amps	In
7			1	25cm	amps	In
8			1	25cm	amps	In
9			1	25cm	amps	In
10			1	25cm	amps	In
11			10	25cm	amps	Out
12			10	25cm	amps	Out
13			10	25cm	amps	Out
14			10	25cm	amps	Out
15			10	25cm	amps	Out
16			10	25cm	amps	In
17			15	25cm	amps	In

@@ Line 6: / Line 6: @@
 =Introduction=
-Here, we use an old machine (allegedly known as “TRIMeV”) which fires short pulses of a butt-load of tiny little particles – most likely electrons – at supersonic speeds towards a measuring apparatus which is capable of profiling the flux of these particles on a plane perpendicular to the beam by means of a bunch of tiny weird OSL thingies.
-TLDR: fuck it just skip this section and dive right in!
 =Theory=

Difference between revisions of "Thesis"