Instruction manuals (German 'Anleitung') and home pages of FP experiments
Printing FP manuals: FP Print-on-demand
You can print FP manuals for booked experiments free of charge in the FP building (INF 501). To do so you can log onto a computer in room 008 in INF 501 using your Uni-ID and select the desired manuals. You experience problems with printing the manuals or you have ideas for improvements? Then talk to Mr. Welzbacher in INF 501 or send an e-mail to fp@physi.uni-heidelberg.de.
Some experiments have only German, some only English instructions, some have both.
The knowledge check list (German 'Fragenkatalog') allows you to test the knowledge needed for the experiment.
FP1
- E01/06/07/08/09 Basic Electronics: Instruction manual (deutsch, english), Fragenkatalog
- F70/71 Mechanics and vacuum:
instructions
➱ There is additional material available from Mr. Welzbacher on loan. - F75/76/77/78 Computer and data processing: Anleitung, Fragenkatolog
- F80/81 Measurement methods/Scintillators: Anleitung, Informationen zur Datenerfassung, Fragenkatalog, Home page (English),
- F82/83 Measurement methods/Coincidence spectrometer:
Anleitung,
Fragenkatalog
➱ There is additional material available from Mr. Welzbacher on loan (included in the paper version from Mr. Weltzbacher). - F85/86/87 Basic Optics: instructions, knowledge check list
FP2
- F09/10 Neuromorphic Computing:
instructions,
Manual of used oscilloscope .
Please create an account at https:\ //www.ebrains.eu/page/sign-up prior to the experiment
Basic knowledge of Python is helpful for this experiment. The AP-Python-Kurs provides a good introduction. - F13 Muon lifetime and characterization of SiPMs: instructions
- F14 Debye temperature: instructions
- F16 Laser spectroscopy: instructions, Fragenkatalog
- F18 Atmospheric trace gases: instructions
- F20 Magneto-optical trap: instructions (a link to a wiki page (and the password) with the same information will be provided after booking)
- F29 Atomic force microscope: instructions
- Experiments at the MPI for Astronmy
- F30 Stellar CCD photometry: manual, website, Fragenkatalog
- F36 Wave front analysis with a Shack-Hartmann sensor: manual, website
- directions for the MPI for Astronomy
- F43 Raman spectroscopy: instructions
- F44 Zeeman spectroscopy: instructions (English)
- F47 Cyclotron frequency in a Penning trap: instructions
- F50/F51 Limnology: Instruction manual (deutsch, english)
- F52 Electromagnetic Methods in Applied Geophysics: instructions (English) -->
- F55 Rayleigh fractionation: instructions (English)
- F56 Environmental Radioactivity: instructions
- F58 Cavity-Enhanced DOAS: instructions (English)
- F59 Active Solute Transport in Saturated Porous Media: instructions (English)
- F61/62 Nuclear magnetic resonance: instructions (English)
- F66/67 Entanglement and quantum encryption: instructions (in German)
- F69 Laue X-ray diffraction: instructions
- F90 Transmission electron microscopy: Manual
- F91/92/93/94 Studying the Z Boson with the ATLAS Detector at the LHC:
Manual.
F91/92 takes place in INF501, F93/94 fully virtual. Here you find more information on carrying out F93/94 . - F95 Medical image analysis: instructions
- F96/97 Characterisation of Silicon Pixel Sensors for High-Energy Physics : Manual
- F98 SQUIDs and noise thermometers: instructions
- S01/02/03 Statistical methods in experimental physics: Manual (German), Manual (English)
- S10/11 Machine learning: manual . Prerequisites: good knowledge of Python.
- S15
Data analysis with KATRIN:
instructions