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updated 4 months ago

ValidateTheoreticallyCylinder.m by Pratik

Generate analytical solution for scattering from a dielectric cylinder (electromagnetics, analytical solutiondi..., scatteringdielectric ...)

[D, Es_out, Es_in, Es_far]=ValidateTheoreticallyCylinder(...

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updated 11 months ago

2D FDTD code with TF/SF interface and UPML absorbing borders by Vasily Kozhevnikov

Simple example implements FDTD + UPML + Total Field/Scattered Field interface (fdtd, 2d, te)

FDTD_2D

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updated 11 months ago

Surface Permanent Magnet Synchronous Machine airgap flux density distribution by Jean

Calculation of the airgap flux density in PMSM based on semi analytical models (electrical machines, modeling, electromagnetics)

comp_magnetfield.m

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updated 1 year ago

The Magnetic Field Made along a Path by Six Rings Of Current by Matthew Moynihan

Pick two points. This code gives you the X, Y, Z field along a line from start to finish. (ampturns, physics, electromagnets)

CartesianEnter(Point, RingStruct)

Line(RingStructure)

AllRingsLineEnter.m

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updated 1 year ago

The Magnetic Field Made By A Ring Of Current - Enter Value by Matthew Moynihan

This code finds the magnetic field from coordinates entered by you. (physics, electromagnetics, coils of wire)

SingleRingEnter(Point, Parameters)

SingleRingProgram.m

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updated almost 2 years ago

MatScat by Jan Schäfer

Solve the scattering of electromagnetic radiation by a sphere or multiple cylinders. (modeling, simulation, mie)

angdepfun_mie( theta, n )

asmcyl( anp, ann, bnp, bnn, nang, k )

asmcyl_multi( ann, bnp, k, dist, angm, nang, ...

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updated almost 3 years ago

Sphere scattering by Guangran Kevin Zhu

Solutions to the plane wave scattered by a dielectric sphere and a multi-layer sphere. (scattering, electromagnetics)

besselh_derivative(nu,K,x)

besselj_derivative(nu,x)

cartToSph(x, y, z)

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updated 3 years ago

Particle in electric and magnetic field by simar

It simulates the trajectory of a particle in electric and magnetic field. (magnetic field, electric field, physics)

particleinB_E_gui(varargin)

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updated 3 years ago

Cylinder scattering by Guangran Kevin Zhu

Solutions to some canonical electromagnetic scattering problems. (scattering, simulation, electromagnetics)

besselh_derivative(nu,K,x)

besselj_derivative(nu,x)

getConductingCylinderFieldUnderLineSource(radius, ...

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updated almost 4 years ago

StatePol by Jacob

Converts between normalized ellipse, stokes, poincare, and jones polarization parameters. (electromagnetics, polarization)

StatePol(varargin)

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updated 4 years ago

HallenPulseSolution by Walton Gibson

Calculate the solution to Hallen's Integral Equation (wireless, electromagnetics, antennas)

HallenPulseSolution(TotalSegments, NumGauss, WireLength, ...

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updated 4 years ago

PocklingtonPulseSolution by Walton Gibson

Calculate the solution to Pocklington's Integral Equation (wireless, electromagnetics, antennas)

PocklingtonPulseSolution(TotalSegments, NumGauss, WireLen...

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updated 4 years ago

ATWStraightWireTriangle by Walton Gibson

Calculate the solution to a thin-wire integral equation (wireless, electromagnetics, antennas)

ATWStraightWireTriangle(TotalSegments, NumGauss, WireLeng...

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updated 4 years ago

FTF by James Alex Higgins

Calculates Fresnel transition function. (fresnel, electromagnetics, physics)

FTF( xf )

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updated almost 6 years ago

Density of photonic modes in a 1D photonic crystal by Cazimir-Gabriel Bostan

total density of photonic modes allowed in a 1D PhC; unit cell is made of two homogeneous layers (simulation, photonic crystal, electromagnetics)

DOS1D.m

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updated almost 6 years ago

Eigenmodes in a 2D photonic crystal by Cazimir-Gabriel Bostan

Solves the eigenproblem kz(omega,kx,ky) and plots the field distributions for allowed modes (photonic crystals, electromagnetics, simulation)

[P, beta]=oblic_eigs(omega,kGx,kGy,epsi,N)

[X,Y,Xi,Yi]=prcellgrid(a1,a2,N1,N2)

epsi=epsgg(r, na, nb, b1, b2, N1, N2)

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updated almost 6 years ago

Wave-vector diagram for a 2D photonic crystal by Cazimir-Gabriel Bostan

Calculates and plots the photonic bands at constant frequency for a 2D photonic crystal. (2d, photonic crystals, electromagnetics)

[KX,KY]=bz_irr2(M)

[P, beta]=oblic_eigs(omega,kGx,kGy,epsi,N)

epsi=epsgg(r, na, nb, b1, b2, N1, N2)

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updated 6 years ago

Frational cavity resonator by Husnul Maab

Current distribution along the inside walls of the cavity (electromagnetics, waveguide)

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