| Date 06/09/2010 |
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| Script S5_2_7.m | |||
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%Young 6 %============================================== % %values of h, d and lambda in microns h=5; d=30; lambda=0.5; %values of teta1 and teta2 in radians teta1=0.94*pi/180; teta2=5.7*pi/180; %corresponding sine values senteta1=sin(teta1); senteta2=sin(teta2); %constant cost1 for the fringe due to interference of order m = 1 cost1=(pi/lambda)*senteta1; %preliminary calculi %for Ir1 of the fringe of interference or order m = 1 alfa1=cost1*h beta1=cost1*d num1=sin(alfa1)*sin(alfa1); den1=alfa1*alfa1; ya1=(num1/den1); yb1=cos(beta1)*cos(beta1); %Ir1 Ir1=(ya1*yb1) % %constant cost2 for the first minimum of diffraction of order m = 1 cost2=(pi/lambda)*senteta2; %preliminary calculi %for Ir2 of the first minimum of diffraction alfa2=cost2*h beta2=cost2*d num2=sin(alfa2)*sin(alfa2); den2=alfa2*alfa2; ya2=num2/den2; yb2=cos(beta2)*cos(beta2); %Ir2 Ir2=ya2*yb2 %============================================== % |
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