Additional Material

• Course information

• Useful identities

• Dyadic identities

• More on dyadics (NEW)

• TE-TM decomposition of fields

• Dyadic Green's functions in spectral domain (NEW)

• Special Functions (Notes on Bessel, Modified Bessel, Hankel, Spherical Bessel, Legendre, Associated Legendre, and Gamma functions) (NEW)

Partial Lecture Notes for Periodic Structures

• Planar Periodic Structures (0)
• Planar Periodic Structures (1)
• Planar Periodic Structures (2)
• Planar Periodic Structures (3)
• Planar Periodic Structures (4)

Papers

• van Bladel 1961

• Fikioris 1965

• Yaghjian 1980

• Michalski and Mosig 1997 (must read)

• Michalski and Zheng 1990 (must read)

• Pan and Wolff 1994

• Michalski 1998 (Weighted averages) (must read)

• Mosig and Gardiol 1983

• Michalski 1985

• Michalski 1987 (must read)

• Itoh 1980 (spectral domain approach)

• Vandenbosch 2002

• Descardeci 2006

• Chow et. al 1991 (original complex image method)

• Yuan and Sarkar 2006

• Yuan and Sarkar 2006 (using MPM)

• Nic´iforovic´ et. al. 2011 (a new quadrature technique)

• Golubovic and Mosig 2012

• Aksun 1996 (two level DCIM) (must read)

• Sarkar 1989 (GPOF)

• Sarkar 1995 (Matrix Pencil Method)

• Cangellaris 2006 (new method - uses rational approximation of spectral domain GF instead of exponential approximation)

• Aksun and Michalski 2010 (three level DCIM)

• Baccarelli 2002

• Michalski 2015 (must read)

• Collin 2004 (must read)

• Felsen 1960

• Tamir 1967

• Tamir 1986

• Tai 1951

• Hessel 1962

• Pierce 1954

• Elachi 1976 (must read)

• Crepeau 1964

• Odeh 1964

• Goussetis 2006 (must read)

• Gross 1995

• Grbic 2003

• Tretyakov 2003 (must read)