Changes between Version 2 and Version 3 of Research/LhARA/IonAcoustic/PrelimData


Ignore:
Timestamp:
Aug 10, 2021, 12:37:29 PM (5 years ago)
Author:
aem1418
Comment:

Creating tables for organising data

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  • Research/LhARA/IonAcoustic/PrelimData

    v2 v3  
    11= Preliminary data sets =
    22
    3 Data sets generated for the initial evaluation of the ion-acoustic response of beams entering a water phantom.
     3== Data sets generated for the initial evaluation of the ion-acoustic response of beams entering a water phantom. ==
     4
     5=== Batch 1 ===
     6
     7||= Parameter =||= Mean value =||=Distribution=||
     8|| x-position [mm] || 0 || None ||
     9|| y-position [mm] || 0 || None ||
     10|| normalised x-momentum || 0 || None ||
     11|| normalised y-momentum || 0 || None ||
     12|| energies [MeV] || Range || None ||
     13|| temporal spread [ms] || 0 || None ||
     14
     15\\
     16
     17||= Energy [MeV] =||= Input file =||= Output =||= Comment =||
     18|| 10 || || || ||
     19|| 20 || || || ||
     20|| 40 || || || ||
     21|| 80 || || || ||
     22|| 160 || || || ||
     23|| 200 || || || ||
     24
     25=== Batch 2 ===
     26
     27||= Parameter =||= Mean value =||=Distribution=||
     28|| x-position [mm] || 0 || None ||
     29|| y-position [mm] || 0 || None ||
     30|| normalised x-momentum || 0 || Parabolic - varied ||
     31|| normalised y-momentum || 0 || Parabolic - varied ||
     32|| energies [MeV] || 200 || None ||
     33|| temporal spread [ms] || 0 || None ||
     34
     35\\
     36
     37||= x-y momentum standard deviation =||= Input file =||= Output =||= Comment =||
     38|| 1 || || || ||
     39|| 2 || || || ||
     40|| 4 || || || ||
     41|| 8 || || || ||
     42|| 10 || || || ||
     43
     44=== Batch 3 ===
     45
     46||= Parameter =||= Mean value =||=Distribution=||
     47|| x-position [mm] || 0 || None ||
     48|| y-position [mm] || 0 || None ||
     49|| normalised x-momentum || 0 || None ||
     50|| normalised y-momentum || 0 || None ||
     51|| energies [MeV] || 200 || None ||
     52|| temporal spread [ms] || 0 || Gaussian - varied ||
     53
     54\\
     55
     56||= Temporal spread standard deviation [ms] =||= Input file =||= Output =||= Comment =||
     57|| 1 || || || ||
     58|| 2 || || || ||
     59|| 4 || || || ||
     60|| 8 || || || ||
     61|| 10 || || || ||
     62
     63\\
     64
     65=== Batch 4 ===
     66
     67||= Parameter =||= Mean value =||=Distribution=||
     68|| x-position [mm] || 0 || None ||
     69|| y-position [mm] || 0 || None ||
     70|| normalised x-momentum || 0 || None ||
     71|| normalised y-momentum || 0 || None ||
     72|| energies [MeV] || 200 || Gaussian - varied ||
     73|| temporal spread [ms] || 0 || None ||
     74
     75\\
     76
     77||= Energy spread standard deviation =||= Input file =||= Output =||= Comment =||
     78|| 1% || || || ||
     79|| 2% || || || ||
     80|| 3% || || || ||
     81|| 4% || || || ||
     82|| 5% || || || ||
     83
     84\\
     85
     86=== Batch 4 ===
     87
     88||= Parameter =||= Mean value =||=Distribution=||
     89|| x-position [mm] || 0 || Parabolic - varied ||
     90|| y-position [mm] || 0 || Parabolic - varied ||
     91|| normalised x-momentum || 0 || None ||
     92|| normalised y-momentum || 0 || None ||
     93|| energies [MeV] || 200 || None ||
     94|| temporal spread [ms] || 0 || None ||
     95
     96\\
     97
     98||= Position spread standard deviation [mm] =||= Input file =||= Output =||= Comment =||
     99|| 1 || || || ||
     100|| 2 || || || ||
     101|| 4 || || || ||
     102|| 8 || || || ||
     103|| 10 || || || ||
     104
     105\\
     106
     107