Code covered by the BSD License
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[ii1,Ztot]=wiremom_finite(a,l...
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[iie,ii]=arrays_compare(Mr,la...
Mr: number of MBFs per antenna
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[output]=levin2(ff,tt,pmax,mu...
Levine extraplation procedure, facilitated by the
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ff1=fininf(lambda,psi)
Mr: number of MBFs per antenna
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ff1=fininf(lambda,psi)
Mr: number of MBFs per antenna
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ff1=patterns(lambda)
Mr: number of MBFs per antenna
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ff1=patterns(lambda)
Mr: number of MBFs per antenna
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ii=wiremom_infinite(a,l,f,M,Z...
Computes currents on unit cell of infinite array
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int1=inner0(z,a,d,jr,djr,k,dl...
int1: result of inner integration over basis function
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int1=inner0(z,a,jr,djr,k,dl,N...
Determination of elements of MoM impedance matrix for given testing
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int1=inner1(z,a,jr,djr,k,dl,N)
For comments on this routine, see comments of routine inner0
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int1=inner1(z,a,jr,djr,k,dl,N...
same as in inner1 routine in wiremom_finite function
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int1=inner2(z,a,jr,djr,k,dl,N)
same comment as in inner2 routine of wiremom_finite routine
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int1=inner2(z,a,jr,djr,k,dl,N)
same comment as in inner2 routine of wiremom_finite routine
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int=inter(k,dz,a,dl)
determination of elements of MoM impedance matrix for given testing
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int=inter(k,dz,a,dl,d)
int: element of MoM impedance matrix
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s=signs(p)
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s=signs(p)
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table1(d,lambda,psi,dr,n)
tabulation of infinite linear Green's function
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asm.m
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asm.m
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main.m
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sweep.m
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sweep.m
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View all files
Array_mutual_coupling_ASM_MBF
by Belen
02 Mar 2010
(Updated 04 Nov 2010)
Simulation of wire antenna array using MBF and ASM
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| File Information |
| Description |
Simulation of wire antenna array using MBF and ASM |
| MATLAB release |
MATLAB 7.7 (R2008b)
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| Updates |
| 11 Mar 2010 |
New version of the ASM-MBF wires array |
| 12 Mar 2010 |
Updated version |
| 04 Nov 2010 |
The code has been updated to V2. |
| 04 Nov 2010 |
Some hidden files eliminated. |
| 04 Nov 2010 |
Some hidden files needed to be deleted from the zip. |
| 04 Nov 2010 |
V2 |
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