Description of documentation of the data supporting chapter 1 on graphene nanoribbon field effect transistors.

This chapter contains data of three different samples measured (named: D3 (MoRe wide), D9v2 (MoRe needle-like) and D10v5 (Pd needle-like))

Data:
	Damian_9AGNR_MoRe_D3
		 -Includes temperature dependence measurements of D3 as .dat files
	MoRe_gap_D3
		- Characterization before deposition of GNRs as .dat files
	MoRe_gap_D3_9AGNR
		- Characterization (IV, gatesweep) after deposition of GNRs as .dat files
	Raman_GNR_Damian
		- .txt files of Raman spectra on the three devices

	NanoD3BL-9AGNR.db
		- Database of cryogenic measurements in He3/He4 dilution fridge on sample D3
	NanoD9v2_9AGNR.db
		- Database of variable temperature measurements in probe station on sample D9v2
	NanoD10v5_31_9AGNR.db
		- Database of variable temperature measurements in probe station on sample D10v5

Images
	Optical and SEM images supporting chapter 1

Scripts:
	DPlot_thesis_final.py
		- Python script containing a class and functions for plotting figures as in the thesis.
	GNR manuscript figures.ipynb
		- Jupyter notebook used to plot figures 2, 3 and 4.
	Supplementary information figures GNR paper.ipynb
		- Jupyter notebook used to plot the appendix figures

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"