A linear regression model using scikit and pandas for the prediction of the atomic ionization energy, with a rmse of 106 KJ/mol
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Updated
Oct 25, 2022 - Jupyter Notebook
A linear regression model using scikit and pandas for the prediction of the atomic ionization energy, with a rmse of 106 KJ/mol
Calculate the Stark effect in Rydberg helium using the Numerov method
Transit effects simulation in hot atomic vapors and wavefront analysis
Python wrapper for the Verner et al. phfit2.
ODE solvers simulating the loading of atoms into a combined magnetic and optical dipole trap
This is for communicating with a Rigol AFG, specifically the 1022, using PyVISA. It does not have full functionality due to just using what was needed. But, it gives a template for most functions.
Granville Phillips 375 Convectron Controller RS232 Data Acquisition
Personal blog.
Just some functions to compute the line shapes of spectral line broadenings.
a package to simulate statistical equilibrium (currently : coronal equilibrium, physical condition like solar transition region)
band structure calculation of 2D square lattice with four orbitals.
Solves scattering problem (electron-Hydrogen atom) in the Temkin-Poet model using MPI and Fortran
A modern fortran version of gencl [under development]
A small Julia package returns the atomic mass of an isotope.
Prints possible non-relativistic term symbols, and corresponding non-relativistic g-factors for given electron configuration and (optionally) total angular momentum J.
Hochfrequenz-Spektroskopie / Hyperfine Structure (HFS) of atoms
Ряд лабораторных работ по атомной физике за 4 курс ВШОПФ
Diese Programmversion erzeugt eine Datei SPEKTRUM.CAD aus der das Transferprogramm SACAD eine Daten-Austauschdatei SPEKTRUM.DXF für AutoCAD (TM) V2.5 erzeugt. Nachdem man AutoCAD aufgerufen hat, kann der Benutzer mit dem DXFIN-Befehl das berechnete Spektrum laden und nach Belieben editieren und anschließend plotten.
Calculate the Stark effect in Rydberg helium in the n,L,S,ML basis using the Numerov method.
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