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A python based CLU, using Click, to assist with the Oneflow development process
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This repository is used for simulations of a woodpile structure with (MIT Photonic Bands)[http://ab-initio.mit.edu/wiki/index.php/MIT_Photonic_Bands], called MPB.
A woodpile structure is a three-dimensional photonic band gap structure consisting of
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python Physics Experiment Control Server (pyPECS) is a program that allows to control devices during an experiment.
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This repository contains the required scripts to reproduce the simulation results from "Design and Fabrication of a Two-Dimensional Photonic Band Gap Structure for Terahertz-driven particle acceleration based on Fused Silica"
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Finite difference time domain simulations of electromagnetic waves in a photonic band gap structure. The structure will be designed to support an mode with which electrons can be accelerated by a THz Laser.
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Several separate steps are considered to approach the final structure of a mounted 2D hexagonal PBG waveguide in a Direct Laser Writing process.
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Here I want to collect Python tools for data analysis and maybe later also for job control.
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Here I want to collect Python tools for data analysis and maybe later also for job control.
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coello_j / merlin5_dask
MIT LicenseUpdated