/* Fundamental dimensions */
set step=um/20; set Tpml = 8*step set xsize=5.1*um set ysize=xsize set zsize=6.2*um;
set dipoleheight=0.2*um;
set dipolethickness=0.30*um;
set phi=0; /* phase of excitation */ set ky0=step/lambda;
set kx0=0; /* direction of plane wave */
set loadlength=2*step;
set loadThickness=dipolethickness set loadheight=dipoleheight
set
set DipoleLengthUM = 1.40 ; /* optimal values from dipole2f.par */ set ZL = 80 /* characteristic impedance of load */
set ZRakeUM=.8
set sigmaL =loadlength/(ZL *loadThickness*loadheight) set epsppL=sigmaL/(eps0*omega)
set n_load=sqrt(1+epsppL*epsppL)*cos(0.5*atan(epsppL)) set k_load=sqrt(1+epsppL*epsppL)*sin(0.5*atan(epsppL))
END |
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MATERIAL |
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DEFINE matname= Air | type=dielectric | n=1.0003 | k=0 |
DEFINE matname= AirPML | type=PML | n=1.0003 | k=0 |
DEFINE matname= PCL | type=black |
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DEFINE matname= Gold | type=metal | n=Au_N(lambda) k=Au_K(lambda) | |
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