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28. Proton Imaging Unit
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27.2 Profiler
Contents
Index
VII
. Diagnostic Units
Subsections
28
. Proton Imaging Unit
28
.
0
.
1
Proton Deflection by Lorentz Force
28
.
0
.
1
.
1
Relativistic Proton Equation of Motion
28
.
0
.
1
.
2
Approximate Solutions to the Non-Relativistic Proton Equation of Motion
28
.
0
.
1
.
3
Approximate Solutions to the Relativistic Proton Equation of Motion
28
.
0
.
2
Setting up the Proton Beam
28
.
0
.
3
Creating the Protons
28
.
0
.
3
.
1
Moving Protons through the Domain
28
.
0
.
3
.
2
Proton Specifications
28
.
0
.
4
Setting up the Detector Screens
28
.
0
.
4
.
1
Recording Protons on the Detector Screen
28
.
0
.
5
Time Resolved Proton Imaging
28
.
0
.
6
Usage
28
.
0
.
6
.
1
Proton Imaging Beams Runtime Parameters
28
.
0
.
6
.
2
Proton Imaging Detectors Runtime Parameters
28
.
0
.
6
.
3
Proton Imaging General Runtime Parameters
28
.
0
.
7
Unit Test
28
.
0
.
7
.
1
Deflection of a Proton Ring by a Uniform Circular Magnetic Field
28
.
0
.
7
.
2
Deflection of a Proton Ring by a Uniform Radial Outward Electric Field
28
.
0
.
7
.
3
FLASH Setup of the Unit Test
28
.
0
.
7
.
4
FLASH Unit Test Results for Uniform Circular Magnetic Fields
28
.
0
.
7
.
5
FLASH Unit Test Results for Uniform Radial Outward Electric Fields
29
. Proton Emission Unit
29
.
0
.
1
Proton Generation
29
.
0
.
2
Proton Detector Screens
29
.
0
.
3
Proton Emission Boxes
29
.
0
.
4
Usage
29
.
0
.
4
.
1
Proton Emission Detectors Runtime Parameters
29
.
0
.
4
.
2
Proton Emission Boxes Runtime Parameters
29
.
0
.
4
.
3
Proton Emission General Runtime Parameters
30
. Thomson Scattering Unit
30
.
1
Thomson Scattering including Ray Tracing and Deflection
30
.
1
.
1
Identifying the Interaction Region
30
.
1
.
2
Assembling the Thomson Scattering Spectra
30
.
1
.
3
Usage
30
.
1
.
3
.
1
Thomson Laser Pulses Runtime Parameters
30
.
1
.
3
.
2
Thomson Laser Beams Runtime Parameters
30
.
1
.
3
.
3
Thomson Detectors Runtime Parameters
30
.
1
.
3
.
4
Thomson Scattering General Runtime Parameters
30
.
2
Simple Thomson Scattering without Ray Tracing
30
.
2
.
1
Ray Tracing in the Geometric Optics Limit
30
.
2
.
2
Laser Power Deposition
30
.
2
.
3
Laser Energy Density
30
.
2
.
4
Algorithmic Implementations of the Ray Tracing
30
.
2
.
5
Setting up the Probe Laser Pulse
30
.
2
.
6
Setting up the Laser Beam
30
.
2
.
7
Creating the Rays
30
.
2
.
7
.
1
Ray Specifications
30
.
2
.
8
Setting up the Detectors
30
.
2
.
8
.
1
Recording Rays at the Detector
30
.
2
.
9
Usage
30
.
2
.
9
.
1
Thomson Scattering Beams Runtime Parameters
30
.
2
.
9
.
2
Thomson Scattering Detectors Runtime Parameters
30
.
2
.
9
.
3
Thomson Scattering General Runtime Parameters
30
.
2
.
10
Example Setup
31
. X-ray Imaging Unit
31
.
0
.
1
X-ray Paths through Domain
31
.
0
.
2
Creating and Tracing the X-rays
31
.
0
.
3
Setting up and Recording on the X-ray Detector Screens
31
.
0
.
4
Usage
31
.
0
.
4
.
1
X-ray Imaging Detectors Runtime Parameters
31
.
0
.
4
.
2
X-ray Imaging General Runtime Parameters
31
.
0
.
5
Unit Test
31
.
0
.
5
.
1
X-ray Attenuation inside a Sphere
31
.
0
.
5
.
2
FLASH Setup of the Unit Test
