Highly conductive tripodal molecular wires

Costa Milan, David and Nichols, Richard (2017) Highly conductive tripodal molecular wires. [Data Collection]

Description

Raw data measured in Liverpool for the paper: Highly conductive tripodal molecular wires

Keywords:	STM, Molecular electronics, triphenylphosphine contacts, metal-organic molecules.
Divisions:	Faculty of Science and Engineering > School of Physical Sciences
Depositing User:	David Costa Milan
Date Deposited:	24 Oct 2017 13:22
Last Modified:	24 Oct 2017 13:22
DOI:	10.17638/datacat.liverpool.ac.uk/407
URI:	https://datacat.liverpool.ac.uk/id/eprint/407
Additional details Additional details Creators: Costa Milan, David Nichols, Richard Research funder: Grant Number Name of the Funder The Funder's ID EP/K007785/1 EPSRC 172 EP/K007548/1 EPSRC 172 EP/M029522/1 ENGINEERING & PHYSICAL SCIENCES RESEARCH COUNCIL 172 EP/M005046/1 ENGINEERING & PHYSICAL SCIENCES RESEARCH COUNCIL 172 EP/M014169/1 ENGINEERING & PHYSICAL SCIENCES 172 EP/N017188/1 ENGINEERING & PHYSICAL SCIENCES 172 EP/M014452/1 ENGINEERING & PHYSICAL SCIENCES 172 Date: 18 October 2017 Resource language: English Project Details: Project ID The title of the Project Project Funding ID Project Start Date Project End Date 127295 Single-Molecule Plasmoelectronics 127298 1 February 2016 31 January 2019 102113 Electrochemically Gated Single Molecule FETs 102117 1 May 2013 31 August 2016 Publisher: University of Liverpool Contact email address: dcmilan@liverpool.ac.uk Last Modified: 24 Oct 2017 13:22

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%5B3-Me%5D%2B.rar %5B3-Me%5D%2B.rar %5B3-Me%5D%2B.rar Visible to: Anyone Content type: Full Archive Description: Contains I(s) curves for the molecule [3-Me]+ in mesitylene. Measured with the Break junction technique at 100mV bias. The data can be opened with Origin. Metadata Revision: 3 Mime-Type: application/x-rar License: Creative Commons: Attribution 4.0 File size: 104MB Creative Commons: Attribution 4.0

1.rar 1.rar 1.rar Visible to: Anyone Content type: Full Archive Description: Contains I(s) curves for the molecule 1 in mesitylene. Measured with the Break junction technique at 100mV bias. The data can be opened with Origin. Metadata Revision: 3 Mime-Type: application/x-rar License: Creative Commons: Attribution 4.0 File size: 108MB Creative Commons: Attribution 4.0

1%3DS.rar 1%3DS.rar 1%3DS.rar Visible to: Anyone Content type: Full Archive Description: Contains I(s) curves for the molecule 1=S in mesitylene. Measured with the Break junction technique at 100mV bias. The data can be opened with Origin. Metadata Revision: 4 Mime-Type: application/x-rar License: Creative Commons: Attribution 4.0 File size: 108MB Creative Commons: Attribution 4.0

1%3DSe.rar 1%3DSe.rar 1%3DSe.rar Visible to: Anyone Content type: Full Archive Description: Contains I(s) curves for the molecule 1=Se in mesitylene. Measured with the Break junction technique at 100mV bias. The data can be opened with Origin. Metadata Revision: 3 Mime-Type: application/x-rar License: Creative Commons: Attribution 4.0 File size: 112MB Creative Commons: Attribution 4.0

2.rar 2.rar 2.rar Visible to: Anyone Content type: Full Archive Description: Contains I(s) curves for the molecule 2 in mesitylene. Measured with the Break junction technique at 100mV bias. The data can be opened with Origin. Metadata Revision: 3 Mime-Type: application/x-rar License: Creative Commons: Attribution 4.0 File size: 116MB Creative Commons: Attribution 4.0

2%3DS.rar 2%3DS.rar 2%3DS.rar Visible to: Anyone Content type: Full Archive Description: Contains I(s) curves for the molecule 2=S in mesitylene. Measured with the Break junction technique at 100mV bias. The data can be opened with Origin. Metadata Revision: 3 Mime-Type: application/x-rar License: Creative Commons: Attribution 4.0 File size: 63MB Creative Commons: Attribution 4.0

2%3DSe.rar 2%3DSe.rar 2%3DSe.rar Visible to: Anyone Content type: Full Archive Description: Contains I(s) curves for the molecule 2=Se in mesitylene. Measured with the Break junction technique at 100mV bias. The data can be opened with Origin. Metadata Revision: 3 Mime-Type: application/x-rar License: Creative Commons: Attribution 4.0 File size: 106MB Creative Commons: Attribution 4.0

3.rar 3.rar 3.rar Visible to: Anyone Content type: Full Archive Description: Contains I(s) curves for the molecule 3 in mesitylene. Measured with the Break junction technique at 100mV bias. The data can be opened with Origin. Metadata Revision: 3 Mime-Type: application/x-rar License: Creative Commons: Attribution 4.0 File size: 57MB Creative Commons: Attribution 4.0

3%3DO.rar 3%3DO.rar 3%3DO.rar Visible to: Anyone Content type: Full Archive Description: Contains I(s) curves for the molecule 3=O in mesitylene. Measured with the Break junction technique at 100mV bias. The data can be opened with Origin. Metadata Revision: 3 Mime-Type: application/x-rar License: Creative Commons: Attribution 4.0 File size: 124MB Creative Commons: Attribution 4.0

3%3DS.rar 3%3DS.rar 3%3DS.rar Visible to: Anyone Content type: Full Archive Description: Contains I(s) curves for the molecule 3=S in mesitylene. Measured with the Break junction technique at 100mV bias. The data can be opened with Origin. Metadata Revision: 3 Mime-Type: application/x-rar License: Creative Commons: Attribution 4.0 File size: 64MB Creative Commons: Attribution 4.0

3%3DSe.rar 3%3DSe.rar 3%3DSe.rar Visible to: Anyone Content type: Full Archive Description: Contains I(s) curves for the molecule 3=Se in mesitylene. Measured with the Break junction technique at 100mV bias. The data can be opened with Origin. Metadata Revision: 3 Mime-Type: application/x-rar License: Creative Commons: Attribution 4.0 File size: 154MB Creative Commons: Attribution 4.0

2%3DO.rar 2%3DO.rar 2%3DO.rar Visible to: Anyone Content type: Full Archive Description: Contains I(s) curves for the molecule 2=O in mesitylene. Measured with the Break junction technique at 100mV bias. The data can be opened with Origin. Metadata Revision: 3 Mime-Type: application/x-rar License: Creative Commons: Attribution 4.0 File size: 22MB Creative Commons: Attribution 4.0

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Readme File.pdf Readme File.pdf Readme File.pdf Visible to: Anyone Content type: README file Description: Contains the information of all the files updated Metadata Revision: 2 Mime-Type: application/pdf License: Creative Commons: Attribution 4.0 File size: 12kB Creative Commons: Attribution 4.0

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