Universität Innsbruck - Data Repository
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NMR data - combinatorial assignment RocR publication: Rapid and reliable RNA resonance assignment by combining chemical and enzymatic stable isotope labeling JMR 2022
No full textImaging Dihydrogen Bond-Driven Assembly of Borazine on Au(111)
No full text<p>STM folder: Scanning tunneling microscopy data</p><p>IETS folder: Inelastic electron tunneling spectroscopy data (Figure S3)</p><p>Accepted manuscript and supporting information</p>
Foehn reconstruction for station Ellbögen and Innsbruck
No full text<p>Supplementary material for research article "Stauffer R., Zeileis A., Mayr G.J. Long-term foehn reconstruction combining unsupervised and supervised learning. International Journal of Climatology, The Royal Meteorological Society." containing data for station Ellbögen and Innsbruck (Austria).<br><br>`ERA5predictors.txt` contains (pseudo-)code for all direct and derived ERA5 variables used in the study. The two ZIP archives `foehnix_Ellboegen.zip` and `foehnix_Innsbruck.zip` contain one comma separated value (CSV) file each, with the high-resolution in-situ observations from the corresponding automated weather stations as used for foehn classification (unsupervised learning; foehnix). The two ZIP archives `reconstruction_Ellboegen.zip` and `reconstruction_Innsbruck.zip` contain two CSV files with the hourly reconstructed time series (supervised learning) from 1940 to 2022. All CSV files contain a header with meta information regarding the format as well as the content of the corresponding file. All data provided is available under the Creative Commons Attribution 4.0 license (see also CSV meta information).</p>
NMR data - c1G - publication: 1-Deazaguanosine-Modified RNA: The Missing Piece for Functional RNA Atomic Mutagenesis
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Dataset for Stegner et al. 2024: Supercooling cells of frost hardy palm leaves: Quantified percentage of frozen water and displacement from thermodynamic equilibrium. Environmental and Experimental Botany
No full textsmall molecule nmr and ms data - publication: Synthesis of [7-15N]-GTPs for RNA structure and dynamics by NMR spectroscopy
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Dataset for Ralser et al. 2024: When water turns to ice: Control of ice volume and freezing dynamics as important aspect of cold acclimation. Environmental and Experimental Botany
No full textThermodynamic properties of quasi-one-dimensional fluids
No full text<p>We calculate thermodynamic and structural quantities of a fluid of hard spheres of diameter in a quasi-one-dimensional pore with accessible pore width smaller than by applying a perturbative method worked out earlier for a confined fluid in a slit pore [Phys. Rev. Lett. \textbf{109}, 240601 (2012)]. In a first step, we prove that the thermodynamic and a certain class of structural quantities of the hard-sphere fluid in the pore can be obtained from a purely one-dimensional fluid of rods of length with a central hard core of size and a soft part at both ends of length . These rods interact via effective -body potentials () . The two- and the three-body potential will be calculated explicitly. In a second step, the free energy of this effective one-dimensional fluid is calculated up to leading order in . Explicit results for, e.g. the perpendicular pressure, surface tension, and the density profile as a function of density, temperature, and pore width are presented presented and partly compared with results from Monte-Carlo simulations and standard virial expansions. Despite the perturbative character of our approach it encompasses the singularity of the thermodynamic quantities at the jamming transition point.</p><p> </p>