@MISC\{IMM2018-07100,
    author       = "J. R. Frisvad",
    title        = "inhLMabs (Matlab version)",
    year         = "2018",
    month        = "apr",
    keywords     = "scattering, Lorenz-Mie theory, phase function, inhomogeneous wave, absorbing media",
    publisher    = "Technical University of Denmark",
    address      = "",
    url          = "http://people.compute.dtu.dk/jerf/code/phase/",
    abstract     = "This source code is a Matlab implementation of the Lorenz-Mie phase
function that includes the case of an inhomogeneous incident wave using
the formulas presented in the following article

Jeppe Revall Frisvad. Phase function of a spherical particle
when scattering an inhomogeneous electromagnetic plane wave.
Journal of the Optical Society of America A 35(4):669-680.
April 2018.

Some notes on which files to use: 
- The script plot\_iwave\_phase\_evanescent.m is an example of an evanescent wave scattered by a spherical particle (Figure 5 in the article).
- The script plot\_iwave\_phase\_slice.m is an example of a hypothetical inhomogeneous wave scattered by a small gold particle (Figure 6 in the article).
- The script plot\_iwave\_phase\_buried.m is an example of a wave refracted into an absorbing medium at an oblique angle and scattered by a spherical particle (Figure 8 in the article).
- Calculation of the Lorenz-Mie coefficients is the same as in the LMabs code based on my {SIGGRAPH} 2007 publication (''Computing the scattering properties ...'').

Permission is granted to anyone to use this code as 
software for any purpose, including commercial applications.
However, the software is provided 'as-is' without any warranty."
}