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        <formatdesc>Raw camera counts data from the tunnelling junction pixel from Figure 2 in Excel (Office Open XML) spreadsheet format. Each subfigure presented in separate Excel book.</formatdesc>
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        <formatdesc>Injection voltage dependence of nonlocalmanipulation of FM toluene molecules with a corner-hole injection site from Figure 3. Radial distributions for each voltage in Excel (Office Open XML) spreadsheet format. Size of supression region in first Excel book, raw datapoints of radial distributions in second Excel book.</formatdesc>
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        <formatdesc>Normalised density of states of the empty states. Each spectrum isthe average of: 10, UM; 14, FM; 21, UC; 25, FC individual spectra, respectively. Spectra from Figure 5  in Excel (Office Open XML) spreadsheet format.  Each site is presented in a separte Excel book.</formatdesc>
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        <formatdesc>Injection bias dependence for electron injections into CH sites. Nonlocal manipulation of FM toluene molecules from Figure 4 in Excel (Office Open XML) spreadsheet format. Book 1: values for beta; Book 2: values for lambda; Book 3: values for R; Book 4: STS.</formatdesc>
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        <formatdesc>Raw injection data - tip height, STM bias, STM current - for the charge injection experiment in Figure 3 in Excel (Office Open XML) spreadsheet format. This data is plotted in panel (b) of the supplementary figure.</formatdesc>
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        <name>
          <family>Rusimova</family>
          <given>Kristina</given>
        </name>
        <id>K.R.Rusimova@bath.ac.uk</id>
        <orcid>0000-0002-3679-9948</orcid>
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          <family>Sloan</family>
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    <title>Dataset for &quot;Common source of light emission and nonlocal molecular manipulation on the Si(111)-7x7 surface&quot;</title>
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The study combines the results of the two near identical experimental techniques - nonlocal atomic manipulation and light emission from a scanning tunnelling microscope - for the system of toluene molecules chemisorbed on the Si(111)-7×7 surface at room temperature. The radial dependence of molecular desorption away from the tip injection site conforms to a two-step ballistic-diffusive transport of the injected hot electrons across the surface, with a threshold bias voltage of +2.0 V. We find the same threshold voltage of +2.0 V for light emission from the bare Si(111)-7×7 surface. Comparing these results with previous published spectra we propose that both the manipulation and the light emission follow the same hot electron dynamics, only differing in the outcome of the final relaxation step which may result in either molecular manipulation, or photon emission.</abstract>
    <date>2019-09-05</date>
    <publisher>University of Bath</publisher>
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        <funder_id>https://doi.org/10.13039/501100000266</funder_id>
        <grant_id>EP/K00137X/1</grant_id>
        <project_name>Breaking the Single Atom Limit in Atomic Manipulation</project_name>
      </item>
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        <funder_name>Engineering and Physical Sciences Research Council</funder_name>
        <funder_id>https://doi.org/10.13039/501100000266</funder_id>
        <grant_id>EP/L015544/1</grant_id>
        <project_name>EPSRC Centre for Doctoral Training in Condensed Matter Physics</project_name>
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    <doi>10.15125/BATH-00622</doi>
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