pulsesuite.PSTD3D.sbetestprop¶

SBETest program for testing Semiconductor Bloch Equations (SBE) calculations.

This program performs time-evolution of the SBEs for quantum wire systems, calculating polarization responses to time-varying electric fields.

Converted from Fortran program SBETest.

Author: Rahul R. Sah

Attributes¶

`c0`
`twopi`
`Nr`
`drr`
`n0`
`Nt`
`dt`
`t`
`E0x`
`twx`
`tpx`
`lamX`
`E0y`
`twy`
`tpy`
`lamY`
`E0z`
`twz`
`tpz`
`lamZ`
`Exx`
`Eyy`
`Ezz`
`Pxx1`
`Pyy1`
`Pzz1`
`Pxx2`
`Pyy2`
`Pzz2`
`Pxx_mid`
`Pyy_mid`
`Pzz_mid`
`Rho`
`Vrr`
`rr`
`qrr`
`w0x`
`w0y`
`w0z`
`k0x`
`k0y`
`k0z`
`Tcx`
`Tcy`
`Tcz`
`Emax0`
`boolF`
`boolT`
`w0x`
`k0x`
`Tcx`
`w0y`
`k0y`
`Tcy`
`w0z`
`k0z`
`Tcz`
`Emax0`
`rr`
`qrr`
`file_Ex`
`file_Ey`
`file_Ez`
`file_Px1`
`file_Py1`
`file_Pz1`
`file_Px2`
`file_Py2`
`file_Pz2`
`file_Px_mid`
`file_Py_mid`
`file_Pz_mid`

Functions¶

initializefields()

Initialize all field arrays to zero.

Module Contents¶

pulsesuite.PSTD3D.sbetestprop.c0¶

pulsesuite.PSTD3D.sbetestprop.twopi¶

pulsesuite.PSTD3D.sbetestprop.Nr = 100¶

pulsesuite.PSTD3D.sbetestprop.drr = 1e-08¶

pulsesuite.PSTD3D.sbetestprop.n0 = 3.1¶

pulsesuite.PSTD3D.sbetestprop.Nt = 10000¶

pulsesuite.PSTD3D.sbetestprop.dt = 1e-17¶

pulsesuite.PSTD3D.sbetestprop.t = 0.0¶

pulsesuite.PSTD3D.sbetestprop.E0x = 10000000.0¶

pulsesuite.PSTD3D.sbetestprop.twx = 1e-14¶

pulsesuite.PSTD3D.sbetestprop.tpx = 5e-14¶

pulsesuite.PSTD3D.sbetestprop.lamX = 8e-07¶

pulsesuite.PSTD3D.sbetestprop.E0y = 20000000.0¶

pulsesuite.PSTD3D.sbetestprop.twy = 1e-14¶

pulsesuite.PSTD3D.sbetestprop.tpy = 5e-14¶

pulsesuite.PSTD3D.sbetestprop.lamY = 8e-07¶

pulsesuite.PSTD3D.sbetestprop.E0z = 0¶

pulsesuite.PSTD3D.sbetestprop.twz = 1e-14¶

pulsesuite.PSTD3D.sbetestprop.tpz = 5e-14¶

pulsesuite.PSTD3D.sbetestprop.lamZ = 8e-07¶

pulsesuite.PSTD3D.sbetestprop.Exx¶

pulsesuite.PSTD3D.sbetestprop.Eyy¶

pulsesuite.PSTD3D.sbetestprop.Ezz¶

pulsesuite.PSTD3D.sbetestprop.Pxx1¶

pulsesuite.PSTD3D.sbetestprop.Pyy1¶

pulsesuite.PSTD3D.sbetestprop.Pzz1¶

pulsesuite.PSTD3D.sbetestprop.Pxx2¶

pulsesuite.PSTD3D.sbetestprop.Pyy2¶

pulsesuite.PSTD3D.sbetestprop.Pzz2¶

pulsesuite.PSTD3D.sbetestprop.Pxx_mid¶

pulsesuite.PSTD3D.sbetestprop.Pyy_mid¶

pulsesuite.PSTD3D.sbetestprop.Pzz_mid¶

pulsesuite.PSTD3D.sbetestprop.Rho¶

pulsesuite.PSTD3D.sbetestprop.Vrr¶

pulsesuite.PSTD3D.sbetestprop.rr¶

pulsesuite.PSTD3D.sbetestprop.qrr¶

pulsesuite.PSTD3D.sbetestprop.w0x = 0.0¶

pulsesuite.PSTD3D.sbetestprop.w0y = 0.0¶

pulsesuite.PSTD3D.sbetestprop.w0z = 0.0¶

pulsesuite.PSTD3D.sbetestprop.k0x = 0.0¶

pulsesuite.PSTD3D.sbetestprop.k0y = 0.0¶

pulsesuite.PSTD3D.sbetestprop.k0z = 0.0¶

pulsesuite.PSTD3D.sbetestprop.Tcx = 0.0¶

pulsesuite.PSTD3D.sbetestprop.Tcy = 0.0¶

pulsesuite.PSTD3D.sbetestprop.Tcz = 0.0¶

pulsesuite.PSTD3D.sbetestprop.Emax0 = 0.0¶

pulsesuite.PSTD3D.sbetestprop.boolF = [False]¶

pulsesuite.PSTD3D.sbetestprop.boolT = [True]¶

pulsesuite.PSTD3D.sbetestprop.initializefields()¶

Initialize all field arrays to zero.

Sets all electric field, polarization, charge density, and spatial arrays to zero as initial conditions.

pulsesuite.PSTD3D.sbetestprop.w0x¶

pulsesuite.PSTD3D.sbetestprop.k0x¶

pulsesuite.PSTD3D.sbetestprop.Tcx¶

pulsesuite.PSTD3D.sbetestprop.w0y¶

pulsesuite.PSTD3D.sbetestprop.k0y¶

pulsesuite.PSTD3D.sbetestprop.Tcy¶

pulsesuite.PSTD3D.sbetestprop.w0z¶

pulsesuite.PSTD3D.sbetestprop.k0z¶

pulsesuite.PSTD3D.sbetestprop.Tcz¶

pulsesuite.PSTD3D.sbetestprop.Emax0¶

pulsesuite.PSTD3D.sbetestprop.rr¶

pulsesuite.PSTD3D.sbetestprop.qrr¶

pulsesuite.PSTD3D.sbetestprop.file_Ex¶

pulsesuite.PSTD3D.sbetestprop.file_Ey¶

pulsesuite.PSTD3D.sbetestprop.file_Ez¶

pulsesuite.PSTD3D.sbetestprop.file_Px1¶

pulsesuite.PSTD3D.sbetestprop.file_Py1¶

pulsesuite.PSTD3D.sbetestprop.file_Pz1¶

pulsesuite.PSTD3D.sbetestprop.file_Px2¶

pulsesuite.PSTD3D.sbetestprop.file_Py2¶

pulsesuite.PSTD3D.sbetestprop.file_Pz2¶

pulsesuite.PSTD3D.sbetestprop.file_Px_mid¶

pulsesuite.PSTD3D.sbetestprop.file_Py_mid¶

pulsesuite.PSTD3D.sbetestprop.file_Pz_mid¶