Geant4 Simulations for the Radon Electric Dipole Moment Search at
Geant4 Simulations for the Radon Electric Dipole Moment Search at
Geant4 Simulations for the Radon Electric Dipole Moment Search at
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33 if L1 == L2 && ∆ == 0<br />
34 title( sprintf( 'Angular Profile Partially Aligned Nuclei For ...<br />
L%i Transition with Ji = %d and Jf = %d', L1,ji,jf ) );<br />
35 else<br />
36 title( sprintf( 'Angular Profile For Partially Aligned Nuclei ...<br />
For L%i, L%i (∆ = %d) Transition with Ji = %d and Jf = ...<br />
%d', L1,L2,∆,ji,jf) );<br />
37 end<br />
38 % Reference: Tables of Coefficients <strong>for</strong> Angular Distribution of<br />
39 % Gamma Rays From Aligned Nuclei, T. Yamazaki<br />
40 % Nuclear D<strong>at</strong>a A (1967), 3, 1−23<br />
1 % W Plot3DGammaAngularDistributions.m<br />
2 function [xy] = W Plot3DGammaAngularDistributions(ji,jf,L1,L2,∆,pops)<br />
3 minTheta=0;<br />
4 stepTheta=pi/180;<br />
5 maxTheta=pi;<br />
6 <strong>the</strong>ta =minTheta:stepTheta:maxTheta;<br />
7 d<strong>at</strong>a = W Plot2DGammaAngularDistributions(ji,jf,L1,L2,∆,minTheta,...<br />
8 stepTheta,maxTheta,pops);<br />
9 d<strong>at</strong>a3D=zeros(length(<strong>the</strong>ta),361);<br />
10 <strong>for</strong> i=1:1:length(<strong>the</strong>ta)<br />
11 <strong>for</strong> j=1:1:361<br />
12 d<strong>at</strong>a3D(i,j) = d<strong>at</strong>a(i,2);<br />
13 end<br />
14 end<br />
15 Plot3DSurface(d<strong>at</strong>a3D);<br />
16 % Reference: Tables of Coefficients <strong>for</strong> Angular Distribution of<br />
17 % Gamma Rays From Aligned Nuclei, T. Yamazaki<br />
101
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