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 	     		 -=#####################################################=-
		       --=#%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%#=--
		   ----==#%%						       %%#==----
               ------===#%%               -= OLIGOYNE  DATASET =-               %%#===------
 	   --------====#%%                                                       %%#====--------
       ----------=====#%%                     Andrea  Vezzoli                     %%#=====----------
	   --------====#%%                  James M. F.  Morris                  %%#====--------
	       ------===#%%               University of Liverpool               %%#===------
		   ----==#%%					               %%#==----
	               --=#%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%#=--
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  Series of dataset on single-molecule conductance data acquired with oligoynyl molecular wires and Raman 
  spectroscopy of their powder and SERS samples.

  The compounds all have structures (MeO)3P-Au-(CC)n-Au-P(OMe)3

  Folder/compound numbering refer to the number of carbon atoms between the two Au(I) centres. 
  Refer to structures.png for graphical description.

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  All zip files are split in smaller volumes (~2GB) to ensure compatibility with 32-bit systems and the 
  University of Liverpool Data Catalogue requirements. There are 3 datasets in this entry.

  - STMBJ: Regular scanning tunnelling microscope break-junction measurements. 
    Data stored as 3-column, tab-separated ASCII: tip-substrate separation (nm) // bias (V) // Log(G / G0)

  - IV: Current-voltage characteristics measurements. 
    Data stored as 3-column, tab-separated ASCII: tip-substrate separation (nm) // bias (V) // Log(G / G0)

  - RAMAN: Raman Spectroscopy on either powder substrates or SERS. 
    Data is stored in proprietary WDF file and 2-column, tab-separated ASCII: Wavenumber (cm-1) // Intensity

  STMBJ and IV data are raw and should be processed before use (see below). Metadata (experimental conditions 
  such as acquisition speed, method, etc.) is embedded in the filename.

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  We included custom software to process STMBJ and IV data in a separate archive (Processing VIs). These VIs 
  require LabVIEW 2024 or later to be run. Executables can be compiled using the LabVIEW runtime 
  engine (available free of charge from National Instruments), or are available from the authors upon 
  request.

  - "LEVIATHAN3_STMBJ Ultimate Data Cruncher_1.1a" can be used to process STMBJ data, to perform trimming 
    of the dataset to enhance processing speed, alignment of electrode separation to rupture of the quantum 
    point contact, and dataset cleanup.

  - "LEVIATHAN3_IV Data Cruncher_0.99a" can be used to process IV data, to isolate the current-voltage 
    characteristics from the entire experiment and perform the conversion from conductance (Log(G / G0)) 
    to current (nA).

  Instructions on how to run the VIs are included in a panel in the VIs themselves. 
  Updated version of these software will also be available from the authors upon request.

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  Feel free to contact skeja@liverpool.ac.uk or sgjmorr8@liverpool.ac.uk for any request regarding this 
  dataset.

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  Data is released under a CC BY-NC-SA (Creative Commons Attribution-Non Commercial-Share Alike). This 
  license allows users to distribute, remix, adapt, and build upon the original material, but only for 
  non-commercial purposes, and with proper attribution to the creator. If the material is modified, the new 
  creation must also be licensed under the same terms (CC BY-NC-SA). 

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