This repository contains the data-analysis work and the evaluation of the experiments in Python for the second mandatory physics lab course for physics students (PAP2) I attended at Heidelberg University during the winter term 2017/2018.
All the code was written by my lab partner (@carlvr) or by myself (@mathieukaltschmidt).
Some work was done together with @MajestyQ and @fthorben.
This course was held in german, thats the reason why most of the comments, titles and informations are in german language.
The lab course covered the following experiments:
- V211 Gekoppelte Pendel - coupled pendulums *
- V212 Zähigkeit von Flüssigkeiten - viscosity of fluids*
- V213 Kreisel- gyroscope
- V221 Adiabatenkoeffizient - adiabatic index
- V222 Heißluftmotor - hot air / Sterling engine
- V223 Brownsche Bewegung - Brownian motion
- V232 Michelson-Interferometer - Michelson interferometer
- V233 Fourieroptik - Fourier optics
- V234 Lichtquellen - light sources
- V241 Wechselstromeigenschaften von RLC-Gliedern - characteristics of RLC circuits in use with alternating current
- V242 Spannungsverstärkung - voltage amplification
- V243 Thermisches Rauschen - thermal noise
- V245 Induktion - electromagnetic induction
- V251 Statistik radioaktiver Zerfälle - statistics of radioactive decays
- V252 Aktivierung mit thermischen Neutronen - activation with thermal neutrons
- V253 Absorption von α-, β- und γ-Strahlen - absorption of α-, β- and γ-rays
- V255 Röntgenspektrometer - X-ray spectrometer
- V256 Röntgenfluoreszenz - X-ray fluorescence
- The experiments marked with an asterisk weren't evaluated with Python. Unfortunately I couldn't upload anything concerning the evaluation of the experiments.
© Mathieu Kaltschmidt (@mathieukaltschmidt) und Carl von Randow (@carlvr)