libsrc » sibc1st

sibc1st Directory Reference

Files

file sibc1st.c

This is sibc1st. The numproc solves the electric field vector wave equation in 3-dimensional space which is truncated by a cavity wall of finite thickness, thereby causing ohmic loss in the cavity boundary; the surface impedance is approximated as being constant over frequency, instead of varying as determined by the skin effect.

file sibc1st.h [code]

This is sibc1st. The numproc solves the electric field vector wave equation in 3-dimensional space which is truncated by a cavity wall of finite thickness, thereby causing ohmic loss in the cavity boundary; the surface impedance is approximated as being constant over frequency, istead of varying as determined by the skin effect.

file sibc1stdisc.c

file sibc1stdisc.h [code]

This is sibc1st. The numproc solves the electric field vector wave equation in 3-dimensional space which is truncated by a cavity wall of finite thickness, thereby causing ohmic loss in the cavity boundary; the surface impedance is approximated as being constant over frequency, instead of varying as determined by the skin effect.

Generated on Fri Oct 26 14:04:30 2007 for acheron3d by

1.4.7


Files
file	sibc1st.c
	This is sibc1st. The numproc solves the electric field vector wave equation in 3-dimensional space which is truncated by a cavity wall of finite thickness, thereby causing ohmic loss in the cavity boundary; the surface impedance is approximated as being constant over frequency, instead of varying as determined by the skin effect.
file	sibc1st.h [code]
	This is sibc1st. The numproc solves the electric field vector wave equation in 3-dimensional space which is truncated by a cavity wall of finite thickness, thereby causing ohmic loss in the cavity boundary; the surface impedance is approximated as being constant over frequency, istead of varying as determined by the skin effect.
file	sibc1stdisc.c
file	sibc1stdisc.h [code]
	This is sibc1st. The numproc solves the electric field vector wave equation in 3-dimensional space which is truncated by a cavity wall of finite thickness, thereby causing ohmic loss in the cavity boundary; the surface impedance is approximated as being constant over frequency, instead of varying as determined by the skin effect.