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  1. Field imaging near to the surface of terahertz reflective optics using a vector network analyzer [Download]

    Title: Field imaging near to the surface of terahertz reflective optics using a vector network analyzer
    Contributors: Creator: Hajji, Maryam (Durham University, United Kingdom)
    Contact person: Hajji, Maryam (Durham University, United Kingdom)
    Data collector: Hajji, Maryam (Durham University, United Kingdom)
    Data curator: Hammler, Jonathan (Durham University, United Kingdom)
    Data collector: Zeze, Dagou (Durham University, United Kingdom)
    Data collector: Balocco, Claudio (Durham University, United Kingdom)
    Data collector: Gallant, Andrew (Durham University, United Kingdom)
    Description: Dataset contains S-parameter measurements recorded with Vector Network Analyser Agilent N5224A. Data are stored as a Matlab v5 (*.mat) file. Complex values of the measured S-parameter are stored in a 101x101x11 (X*Y*Z) matrix.
    Keywords: Diffractive optics, Reflection, optical properties, phase shift, Spectroscopy,terahertz, Metals, Terahertz imaging
    Date Uploaded: 9 October 2017

  2. Quantitative simulation of a magneto-optical trap operating near the photon recoil limit - Supporting Data [Download]

    Title: Quantitative simulation of a magneto-optical trap operating near the photon recoil limit - Supporting Data
    Contributors: Creator: Hanley, Ryan (Durham University, UK)
    Contact person: Hanley, Ryan (Durham University, UK)
    Creator: Bounds, Alistair (Durham University, UK)
    Creator: Huillery, Paul (Durham University, UK)
    Creator: Keegan, Niamh (Durham University, UK)
    Creator: Faoro, Riccardo (Durham University, UK)
    Creator: Bridge, Elizabeth (Durham University, UK)
    Creator: Weatherill, Kevin (Durham University, UK)
    Creator: Jones, Matthew (Durham University, UK)
    Description:
    Keywords:
    Date Uploaded: 20 September 2017

  3. Supporting information for "Optimising minimal building blocks for addressable assembly" [Download]

    Title: Supporting information for "Optimising minimal building blocks for addressable assembly"
    Contributors: Creator: Madge, Jim (Durham University, UK)
    Contact person: Madge, Jim (Durham University, UK)
    Creator: Miller, Mark A. (Durham University, UK)
    Contact person: Miller, Mark A. (Durham University, UK)
    Description:
    Keywords: Self assembly, Addressable assembly, Colloids, Patchy particles
    Date Uploaded: 20 September 2017

  4. Supporting data: A posteriori discontinuous Galerkin error estimator for linear elasticity [Download]

    Title: Supporting data: A posteriori discontinuous Galerkin error estimator for linear elasticity
    Contributors: Creator: Bird, R.E. (Durham University, UK)
    Contact person: Bird, R.E. (Durham University, UK)
    Creator: Giani, S. (Durham University, UK)
    Creator: Coombs W.M. (Durham University, UK)
    Description:
    Keywords:
    Date Uploaded: 12 September 2017

  5. A posteriori discontinuous Galerkin error estimator for linear elasticity

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    Title: A posteriori discontinuous Galerkin error estimator for linear elasticity
    Contributors: Creator: Bird, R.E. (Durham University, UK)
    Creator: Giani, S. (Durham University, UK)
    Creator: Coombs. W.M. (Durham University, UK)
    Description:
    Keywords: error estimator, discontinuous Galerkin, linear elasticity
    Date Uploaded:

  6. SIPG fracture data supporting: A quasi-static discontinuous Galerkin configurational force fracture propagation method for brittle materials [IJNME (2017)] [Download]

    Title: SIPG fracture data supporting: A quasi-static discontinuous Galerkin configurational force fracture propagation method for brittle materials [IJNME (2017)]
    Contributors: Creator: Bird, R.E. (Durham University, UK)
    Contact person: Bird, R.E. (Durham University, UK)
    Creator: Coombs, W.M. (Durham University, UK)
    Creator: Giani, S. (Durham University, UK)
    Description:
    Keywords:
    Date Uploaded: 12 September 2017

  7. Raw data for the paper: "Compressed NMR: Combining Compressive Sampling and Pure Shift NMR Techniques" [Download]

    Title: Raw data for the paper: "Compressed NMR: Combining Compressive Sampling and Pure Shift NMR Techniques"
    Contributors: Creator: Aguilar, Juan A. (Durham University, UK)
    Contact person: Aguilar, Juan A. (Durham University, UK)
    Data collector: Aguilar, Juan A. (Durham University, UK)
    Editor: Aguilar, Juan A. (Durham University, UK)
    Creator: Kenwright, Alan M. (Durham Univerisity, UK)
    Description: The spectra can be opened using VNMRJ, MestreNova and TopSpin.
    Keywords: Nuclear Magnetic Resonance, Pure shift, Broadband homo-decoupling, NMR, Compressive sampling, Compressed sensing, Resolution, Spectrometry, Compressed NMR, Covariance, Fourier
    Date Uploaded: 6 September 2017

  8. Supporting data for the PhD thesis "Oligomer/Polymer Mixtures As Model Adhesives: Impact Of Compatibility On Surface Segregation Behaviour" [Download]

    Title: Supporting data for the PhD thesis "Oligomer/Polymer Mixtures As Model Adhesives: Impact Of Compatibility On Surface Segregation Behaviour"
    Contributors: Creator: Sabattie, Elise (Durham University, UK)
    Contact person: Thompson, Richard (Durham University, UK)
    Description:
    Keywords:
    Date Uploaded: 31 August 2017

  9. Raw NMR data used in the paper entitled "Separating the coherence transfer from chemical shift evolution in high-resolution Pure Shift COSY NMR." [Download]

    Title: Raw NMR data used in the paper entitled "Separating the coherence transfer from chemical shift evolution in high-resolution Pure Shift COSY NMR."
    Contributors: Contact person: Kenwright, Alan (Durham University, UK)
    Description:
    Keywords: NMR data
    Date Uploaded: 31 August 2017

  10. Exchange constants in molecule-based magnets derived from density functional methods [Download]

    Title: Exchange constants in molecule-based magnets derived from density functional methods
    Contributors: Creator: Lancaster, Tom (Durham University, UK)
    Contact person: Lancaster, Tom (Durham University, UK)
    Creator: Clark, Stewart (Durham University, UK)
    Creator: Thomas, Iori (Durham University, UK)
    Description:
    Keywords:
    Date Uploaded: 28 August 2017