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Hydrodynamics of Lorentz symmetric systems: a quantum Monte Carlo study
We present a study on the hydrodynamic behavior of charge current in a Lorentz symmetric system: graphene at charge-neutrality. We compute the current profiles directly from... -
Replication Data for: Graphene-based microelectrodes with bidirectional funct...
Neuroelectronic prostheses are being developed for restoring vision at the retinal level in patients who have lost their sight due to photoreceptor loss. The core component of... -
Replication Data for: "Nanoporous graphene-based thin-film microelectrodes fo...
One of the critical factors determining the performance of neural interfaces is the electrode material used to establish electrical communication with the neural tissue, which... -
Data publication: Strong transient magnetic fields induced by THz-driven plas...
In the zip file all metadata and raw data of experiements and simulations are collected and sorted into different folders -
Research data: Electrical tunability of terahertz nonlinearity in graphene
This research data publications contains the sorted pulse-resolved data and metadata corresponding to the linked publication: Electrical tunability of terahertz nonlinearity in... -
Research data: Grating-graphene metamaterial as a platform for terahertz nonl...
Research data for used for the publication: "Grating-graphene metamaterial as a platform for terahertz nonlinear photonics". Datasets measured at the TELBE... -
Data associated with the paper "Electrostatic modulation of excitonic fluid i...
Data associated with the paper "Electrostatic modulation of excitonic fluid in GaN/AlGaN quantum wells by deposition of few-layer graphene and nickel/gold films". The data are... -
Low frequency rippling dynamics of functionalised graphene
This dataset has no description
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Experimental and computational data from MoS-ion deposition on graphene
XYZ structures and trajectories for MoS-ions and molecules modeling, as well as the molecular dynamics at the level of Density Functional Theory. -
CytochromeC_DFT
XYZ structures and trajectories for Cytochrome C modeling at the level of Density Functional Theory. -
Local magnetism in graphene / transition metal oxide nanocomposites
Properties of graphene that make it an important material are its exceptionally high conductivity, massless fermions and a high velocity of electrons near the Dirac points.... -
Investigation of magnetic defects in exfoliated and ball-milled graphite
The recent interest in carbon-based materials like graphene stimulated a deeper analysis of the magnetism in graphite defects. In a previous µSR experiment we observed an... -
Probing binary mixtures of hard spheres
As part of a larger programme we aim to test densely-packed binary mixtures of monodisperse hard sphere powders to determine local structure, to correlate with ratio of... -
Metal decorated graphene for Hydrogen Storage
Previous uSR measurements on chemically produced graphene showed that, apart from a slowly relaxing graphite-like fraction, approximately 40% of the implanted muons are trapped... -
Proton dynamics of graphenes of different hydrogen content
Graphene is defined as a: single layer of carbon atoms with each atom bound to three neighbours in a honeycomb structure. This suggests that in a macroscopic, manageable... -
Quantification of Brønsted acid site densities in zeolites: an INS investigation
As part of an on-going industrial/academic collaboration in to the application of neutron spectroscopy to probe commercially relevant zeolites, this proposal seeks to use the... -
Simultaneous INS and Raman spectra of centropolyindanes.
The family of centropolyindanes are created by edge-wise fusing of the cyclopentane ring of several indane units (D. Kuck, Chemical Reviews 2006, 106, 4885-4925).... -
mSR study of charge carrier motion in thermally reduced graphene oxide
This dataset has no description
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Caesium sorption in Cu2[Fe(CN)6], a potential nuclear waste cleanup material
Caesium-137 is among the most important hazards associated with low-level nuclear waste. Among the most promising materials for scavenging Cs+ ions from waste solutions are the... -
Neutron powder diffraction on graphene and metal-decorated graphene
Graphene is a very promising material and appears particularly suitable in order to develop efficient hydrogen storage systems, especially if it is ¿decorated¿ with proper metal...
