Description of documentation of the data supporting chapter 3 on bowtie shaped electromigratable SNS junctions (SEMBJ, Au and Pd as normal metal)

This chapter contains data of several samples (with Nb thickness and spacing noted for identification with thesis):

AlPd SNS junctions:
SEMBJ2_AlPd_chip4_recover		100 nm Al, 30 nm spacing

NbPd SNS junctions:
SEMBJ2_NbPd_chip5                      100 nm Nb, 30 nm spacing
SEMBJ2_NbPd_chip6		       100 nm Nb, 30 nm spacing
SEMBJ_TiPdNb_Serhii_recover            50 nm Nb, 60 nm spacing

NbAu SNS junctions:
SEMBJ_AlOx_Ti_Au_Nb_V2                   100 nm Nb, 50 nm spacing
SEMBJ_AlOx_Ti_Au_Nb_V2_number2           100 nm Nb, 50 nm spacing (second sample)
SEMBJ_AlOx_Ti_Au_Nb_V3 		         50 nm Nb, 50 nm spacing
SEMBJ_TiAuNb_V3_Number1                  50 nm Nb, 50 nm spacing
SEMBJ_TiAuNb_60nm                        50 nm Nb, 60 nm spacing

Data:
	Cactus [measurements done in dip stick, others in dilution fridge]
		EM
			- Electromigration files for cactus (.txt files containing Voltage (V), Current (mA) values)
			- Note, files are timestamped. Often, the last file contains information of all earlier files (if measurement code was used correctly).
		SEMBJ_AlOx_Ti_Au_Nb_V2
		SEMBJ_AlOx_Ti_Au_Nb_V2_number2
		SEMBJ_AlOx_Ti_Au_Nb_V2_number2_oldPC (the pc completely crashed during measurements, thus there are 2 databases for this sample)
		SEMBJ_AlOx_Ti_Au_Nb_V3
	Electromigration_Damian_2022
		AlPd SEMBJ2_chip_4
		SEMBJ2_TiPdPdNb_chip5
		EMBJ_TiPdPdNb_chip6
		TiPdNb_Serhii
		Other files (List of files used to measure, calibration files, other measurements unrelated/not supporting the thesis, but important to archive.)
	SEMBJ_TiAuNb_V3_Number1.db
	SEMBJ_TiAuNb_60nm.db
	SEMBJ2_AlPd_chip4_recover.db
	SEMBJ2_NbPd_chip5.db
	SEMBJ2_NbPd_chip6.db
	SEMBJ_TiPdNb_Serhii_recover.db


Images
	Optical and SEM images supporting chapter 3

Scripts (for figure X):
	figX - [description]
		DPlot_thesis_final.py
		- Python script containing a class and functions for plotting figures as in the thesis.
		[filename].ipynb
		- Jupyter notebook used to plot all subfigures in figure X
		
How to use the scripts:
- Ensure you have QCoDeS installed
- Edit the locations of (input and output) files in the jupyter notebooks to point to the correct data files on your local system.
- Run cell by cell by pressing "shift + enter"