项目作者: mathieukaltschmidt

项目描述 :
This repository contains the data-analysis work and the evaluation of the experiments for the mandatory advanced physics lab course for physics students (FP) I am currently attending at Heidelberg University from summer 2018 until summer 2019 (expected). For the most parts of the evaluation of the experiments we are using Python or Wolfram Mathematica.
高级语言: Jupyter Notebook
项目地址: git://github.com/mathieukaltschmidt/FP-physics-lab-course.git
创建时间: 2018-08-29T15:46:02Z
项目社区:https://github.com/mathieukaltschmidt/FP-physics-lab-course

开源协议:MIT License

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Ba133_1647578935074.pdf
Co60_1647578935127.pdf
Cs137_1647578935154.pdf
Cs_Compton_1647578935195.pdf
Cs_Compton_corrected_1647578935220.pdf
Mn54_1647578935248.pdf
Na22_1647578935283.pdf
calibration_1647578935294.pdf
cascadeCo_1647578935324.pdf
coincidencesCs_1647578935340.pdf
delays_1647578935388.pdf
delaysCo_1647578935432.pdf
energy_resolution_1647578935461.pdf
night_1647578935484.pdf
time_resolution_1647578935492.pdf
time_resolution2_1647578935519.pdf
F91_instructions_1647578935710.pdf
AzimutalAngle_1647578935989.pdf
DistPrimVort_1647578936018.pdf
NLeptons_1647578936040.pdf
Pseudorapidity_1647578936100.pdf
TransverseMomentum_1647578936109.pdf
ZMassFitted_1647578936142.pdf
F91_report_1647578936191.pdf
F91_report-figure0_1647578936303.pdf
F91_report-figure1_1647578936312.pdf
F91_report-figure2_1647578936340.pdf
F91_report-figure3_1647578936371.pdf
F91_report-figure4_1647578936379.pdf
F91_report-figure5_1647578936431.pdf
F91_report-figure6_1647578936455.pdf
F91_report-figure7_1647578936461.pdf
test-figure0_1647578936473.pdf
test-figure1_1647578936528.pdf
test-figure2_1647578936567.pdf
test-figure3_1647578936600.pdf
standard_model_1647578936622.pdf
AzimutalAngle_1647578936659.pdf
CutFlowEgamma_1647578936685.pdf
CutFlowMuon_1647578936756.pdf
DistPrimVort_1647578936784.pdf
HistoMCData_1647578936806.pdf
Pseudorapidity_1647578936848.pdf
TransverseMomentum_1647578936855.pdf
ZMassFitted_1647578936928.pdf
efficiency_1647578937039.pdf
lep_n_Egamma_1647578937144.pdf
lep_n_Muons_1647578937200.pdf
mc_inv_mass_1647578937224.pdf
revtex_guide_1647578937235.pdf
tikz-feynman_guide_1647578937288.pdf
histR_1647578925717.pdf
histV_1647578925723.pdf
linearityI_1647578925808.pdf
linearityR_1647578925847.pdf
eval_cluster_1647578925875.pdf
f30_report_1647578926407.pdf
image_layout_1647578927345.pdf
band_gap_1647578928002.pdf
gain_1647578928011.pdf
histI_1647578928020.pdf
histR_1647578928027.pdf
histV_1647578928034.pdf
linearityI_1647578928041.pdf
linearityR_1647578928048.pdf
F44_instructions_1647578928316.pdf
Setup_Part1_1647578928834.pdf
11A_Orders_1647578930099.pdf
11A_Trans_1647578930146.pdf
13A_Orders_1647578930163.pdf
13A_Trans_1647578930168.pdf
9A_Orders_1647578930174.pdf
9A_Trans_1647578930217.pdf
Cadmium_1647578930238.pdf
MagneticField_1647578930278.pdf
Neon_1647578930311.pdf
instructions_F61_1647578932680.pdf
F71_instructions_1647578932762.pdf
conductances_1647578932830.pdf
pumping_speed_1647578932863.pdf
resistances_1647578932912.pdf
F75_instructions_1647578932952.pdf
nu0_amplitude_1647578933837.pdf
nu0_phase_1647578933871.pdf
nu1_amplitude_1647578933878.pdf
nu1_phase_1647578933918.pdf
nu2_amplitude_1647578933963.pdf
nu2_amplitude_zoom_1647578933991.pdf
nu2_phase_1647578933999.pdf
nu2_phase_zoom_1647578934020.pdf
temp_dep_1647578934054.pdf
F82_instructions_1647578934156.pdf
CCD_1647578923184.pdf
CD_1647578923318.pdf
DVD_1647578923447.pdf
NANO_1_1647578923561.pdf
NANO_2_1647578923699.pdf
F29 AFM Eval 2_1647578924208.pdf
F29 AFM Eval Kopie_1647578924219.pdf
F29 AFM Eval_1647578924266.pdf