Two python scripts are provided for the animation of a Helmholtz-coil, a circular current loop, linear and toroidal coils composed from circular current loops. The third script does a fit of the corresponding model to measurements of the magnetic field of a Helmholtz pair of coils obtained within a lecture on electromagnetism
A Python tutorial focusing on analysis of magnetic data and other aspects relevant to the Rinehart G...
This book introduces the reader with little or no previous computer-programming experience to the Py...
Python code and Jupyter notebooks to reproduce the simulations and plots in "Valley Polarization at ...
Three python fits are provided for the animation of a Helmholtz-coil, a circular current loop, linea...
Three python fits are provided for the animation of a Helmholtz-coil, a circular current loop, linea...
A Helmholtz coil is a scientific instrument named\cite{Math} after Hermann von Helmholtz, a German p...
A uniform magnetic field is required to establish and preserve the spin-polarized state in noble gas...
This paper focuses on Helmholtz-type coils that can produce a second-order homogeneity field to be u...
An interactive Python program demonstrating the relaxation of the cluster described in the paper "An...
Python functions for simulating the systems studied in the paper 'Kerr engineering in circuit quantu...
An interactive Python program demonstrating the relaxation of the cluster described in the paper "An...
This software package implements a means of 3D magnetic field and current density reconstruction fro...
Our goal was to make a physical model of an MRI as a teaching tool to demonstrate its physics concep...
An interactive Python program demonstrating the relaxation of the cluster described in the paper "An...
Abstract: A computer program has been developed which models the magnetic fields of circular-form co...
A Python tutorial focusing on analysis of magnetic data and other aspects relevant to the Rinehart G...
This book introduces the reader with little or no previous computer-programming experience to the Py...
Python code and Jupyter notebooks to reproduce the simulations and plots in "Valley Polarization at ...
Three python fits are provided for the animation of a Helmholtz-coil, a circular current loop, linea...
Three python fits are provided for the animation of a Helmholtz-coil, a circular current loop, linea...
A Helmholtz coil is a scientific instrument named\cite{Math} after Hermann von Helmholtz, a German p...
A uniform magnetic field is required to establish and preserve the spin-polarized state in noble gas...
This paper focuses on Helmholtz-type coils that can produce a second-order homogeneity field to be u...
An interactive Python program demonstrating the relaxation of the cluster described in the paper "An...
Python functions for simulating the systems studied in the paper 'Kerr engineering in circuit quantu...
An interactive Python program demonstrating the relaxation of the cluster described in the paper "An...
This software package implements a means of 3D magnetic field and current density reconstruction fro...
Our goal was to make a physical model of an MRI as a teaching tool to demonstrate its physics concep...
An interactive Python program demonstrating the relaxation of the cluster described in the paper "An...
Abstract: A computer program has been developed which models the magnetic fields of circular-form co...
A Python tutorial focusing on analysis of magnetic data and other aspects relevant to the Rinehart G...
This book introduces the reader with little or no previous computer-programming experience to the Py...
Python code and Jupyter notebooks to reproduce the simulations and plots in "Valley Polarization at ...
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