epsAg

PURPOSE

SYNOPSIS

DESCRIPTION

 Returns the wavelength-dependent relative dielectric function of silver (Ag)
 This function uses the analytical expression given in Eq. (E.1).
 The exp(-i omega t) convention is assumed.

 Parameters:
 - lambda: scalar, vector, or matrix
           wavelengths in NANOMETERS (nm)
 
 Returns:
 - epsAg: same size as lambda
          epsilon(lambda) as a complex number.

 This file is part of the SPlaC v1.0 package (copyright 2008)
 Check the README file for further information

EXAMPLE OF OUTPUT

CROSS-REFERENCE INFORMATION

• epsAg Returns the wavelength-dependent relative dielectric function of silver (Ag)

• MakeFig3_10 Function to reproduce Fig. 3.10
• MakeFig3_14a Function to reproduce Fig. 3.14(a)
• MakeFig3_14b Function to reproduce Fig. 3.14(b)
• MakeFig3_14c Function to reproduce Fig. 3.14(c)
• MakeFig3_14d Function to reproduce Fig. 3.14(d)
• MakeFig3_15a Function to reproduce Fig. 3.15(a)
• MakeFig3_15b Function to reproduce Fig. 3.15(b)
• MakeFig4_2 Function to reproduce Fig. 4.2
• MakeFig4_3 Function to reproduce Fig. 4.3
• MakeFig6_1 Function to reproduce Fig. 6.1
• MakeFig6_10a Function to reproduce Fig. 6.10(a)
• MakeFig6_10b Function to reproduce Fig. 6.10(b)
• MakeFig6_11 Function to reproduce Fig. 6.11
• MakeFig6_12 Function to reproduce Fig. 6.12
• MakeFig6_13 Function to reproduce Fig. 6.13
• MakeFig6_14 Function to reproduce Fig. 6.14
• MakeFig6_15 Function to reproduce Fig. 6.15
• MakeFig6_16 Function to reproduce Fig. 6.16
• MakeFig6_17 Function to reproduce Fig. 6.17
• MakeFig6_18 Function to reproduce Fig. 6.18
• MakeFig6_2 Function to reproduce Fig. 6.2
• MakeFig6_4 Function to reproduce Fig. 6.4
• MakeFig6_5 Function to reproduce Fig. 6.5
• MakeFig6_7 Function to reproduce Fig. 6.7
• MakeFig6_8 Function to reproduce Fig. 6.8
• MakeFig6_9 Function to reproduce Fig. 6.9
• MakeFigE_3 Function to reproduce Fig. E.3
• MakeFigH_1 Function to reproduce Fig. H.1
• epsAg Returns the wavelength-dependent relative dielectric function of silver (Ag)
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• MulDipScriptFullMonty Example script to run the function MulDipFullMonty
• MulPweScriptFullMonty Example script to run the function MulPweFullMonty for a silver nanoshell
• PweScriptFullMonty Example script to run the function PweFullMonty
• PlnScriptKretPSPP Solves the EM problem of excitation of PSPP in the Kretschmann configuration
• PlnScriptOttoPSPP Solves the EM problem of excitation of PSPP in the Otto configuration

SOURCE CODE

0001 % from Eq. E.1
0002 eps_infty = 4.0;
0003 lambda_p = 282.0;
0004 mu_p = 17000.0;
0005 epsAg = eps_infty *(1-1./(lambda_p.^2 *( (1./lambda).^2 + i./(mu_p.*lambda))));
0006