Radar Cross Section (RCS) - MATLAB Simulations for Radar Systems Design - page 572

[Ezt,Hphit,Hrhot] =
DielCappedWedgeTMFields_Ls(v,m,rho(i,j),phi(i,j),rhop, ...
phip,ar,k,k1,alpha,beta,a,b,c,d);
Eztt(m) = Ezt;
Hphitt(m) = Hphit;
Hrhott(m) = Hrhot;
end
SEz(i,j) = sum(Eztt);
SHphi(i,j) = sum(Hphitt)/termhphi;
SHrho(i,j) = sum(Hrhott)/termhrho;
end
end
figure(3);
surf(x,y,abs(SEz));
axis ('equal');
view(45,60);
shading interp;
xlabel('x');
ylabel('y');
zlabel('E_z');
title('Ez [Line source excitation]');
colorbar; colormap(copper); % colormap(jet);
figure(4);
surf(x,y,377*abs(SHrho));
axis ('equal');
view(45,60);
shading interp;
xlabel('x');
ylabel('y');
zlabel('\eta_o H\rho');
title('\eta_o H\rho [Line source excitation]');
colorbar; colormap(copper); % colormap(jet);
figure(5);
surf(x,y,377*abs(SHphi));
axis ('equal');
view(45,60);
shading interp;
xlabel('x');
ylabel('y');
zlabel('\eta_o H\phi');
title('\eta_o H\phi [Line source excitation]')
colorbar; colormap(copper); % colormap(jet);
% === Plane wave excitation, near field calculations ===