cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.3886/e109167v1-11107
title: Cora Dataset

description: The Cora data contains bibliographic records of machine learning papers that have been manually clustered into groups that refer to the same publication. Originally, Cora was prepared by Andrew McCallum, and his versions of this data set are available on his Data web page. The data is also hosted here. Note that various versions of the Cora data set have been used by many publications in record linkage and entity resolution over the years.
DOI: 10.3886/e109167v2-11108
title: Cora Dataset

description: The Cora data contains bibliographic records of machine learning papers that have been manually clustered into groups that refer to the same publication. Originally, Cora was prepared by Andrew McCallum, and his versions of this data set are available on his Data web page. The data is also hosted here. Note that various versions of the Cora data set have been used by many publications in record linkage and entity resolution over the years.
DOI: 10.5281/zenodo.2628221
title: The Decision-Making Process Behind Library Adoption

description: This is the Factors/Process Book for the research paper "The Decision-Making Process Behind Library Adoption", submitted to: The 35th IEEE International Conference on Software Maintenance and Evolution (ICSME).
DOI: 10.5281/zenodo.2628222
title: The Decision-Making Process Behind Library Adoption

description: This is the Factors/Process Book for the research paper "The Decision-Making Process Behind Library Adoption", submitted to: The 35th IEEE International Conference on Software Maintenance and Evolution (ICSME).
DOI: 10.25919/5ca56d1d0166b
title: Soil organic carbon fractions and vulnerability: particulate, humus and resistant organic carbon

description: Digital maps of the soil organic C fractions: POC, HOC, ROC and vulnerability. Mapping with machine learning at 90 m pixel resolution
DOI: 10.17632/gt644m7bvk.1
title: Data for: VO2/Nickel-Bromine-Ionic Liquid Composite Film for Thermochromic Application
DOI: 10.5445/ir/1000092735
title: Research data: Experimental Testing Approaches in Engineering Design – Investigating the Exploration of Relations of Embodiment and Function in a Student Project
DOI: 10.5523/bris.2o3y94r910bld2f111l3zb4jth
title: coronal mouse brain block (04-2019)

description: 3d print files of a brain block to facilitate cutting blocks of mouse brain tissue for sectioning.
DOI: 10.5281/zenodo.2627509
title: Grains-energy release governs debris flow high mobility

description: These files include the data to generate Figs. 1-2 and 4 and Figs. S7-S13 in supporting information
DOI: 10.5281/zenodo.2627510
title: Grains-energy release governs debris flow high mobility

description: These files include the data to generate Figs. 1-2 and 4 and Figs. S7-S13 in supporting information
DOI: 10.26186/5ca57944057bf
title: Extended abstracts : 4th International Archaean Symposium, 24-28 September 2001, Perth, Western Australia

description: Legacy product - no abstract available
DOI: 10.5523/bris.l964h57ab6pf21d9bumh50ylr
title: anaesthesia mask (04-2019)

description: 3d print files of an anaesthesia mask for gas anaesthesia for mouse surgery using Kopf or Stoelting stereotaxic frames
DOI: 10.5523/bris.39c1ki3hce9yk2g7lcnj0kkv2j
title: Stereotaxic holder (04-2019)

description: 3d print files for a stereotaxic holder for mounting equipment (e.g. an injection pipette holder) to a Kopf or Stoelting stereotaxic arm.
DOI: 10.13140/rg.2.2.30620.33928
title: METODOLOGI PENELITIAN PEPAJAKAN
DOI: 10.17632/2dfjdc5hhy.1
title: Data for: Production of 3D printed polylactide scaffolds with surface grafted hydrogel coatings

description: This is the dataset used for the paper "Production of 3D printed polylactide scaffolds with surface grafted hydrogel coatings" by P. Kowalczyk, P. Trzaskowska, I. Łojszczyk, R. Podgórski and T. Ciach. Format of the dataset is Origin 8.
DOI: 10.17632/8gtprdzp38.1
title: Data for: How Many Games Are We Playing? An Experimental Analysis of Choice Bracketing in Games.

description: Data and analysis for: How Many Games Are We Playing? An Experimental Analysis of Choice Bracketing in Games. by James R. Bland
DOI: 10.5286/isis.e.rb1900141
title: Joint Diamond Proposal 21344 – Synchrotron radiation and neutron microtomography-based exploration of the skull of StW 573

description: The exploration and quantitative analyses of inner craniodental features is relevant for assessing how many species co-existed with our ancestors and how did they live and evolve. In particular, high-resolution acquisitions may provide crucial information about the inner structure of teeth which might be used for fossil hominin taxonomy, but also hominin brain evolution, as cerebral imprints could be preserved in the inner surface of the cranium, or even the vascular system enclosed by the spongious bone in the cranial vault. In this context, we are requesting permission to scan the skull of StW 573, the oldest and most complete South African Australopithecus specimen, on I12-JEEP at Diamond Light Source for X-ray imaging and on IMAT at ISIS for neutron imaging (both approved by the Diamond Light Source access panel: Joint Diamond/ISIS Facility Proposal 21344).
DOI: 10.5286/isis.e.rb1900141-1
title: Joint Diamond Proposal 21344 – Synchrotron radiation and neutron microtomography-based exploration of the skull of StW 573

description: The exploration and quantitative analyses of inner craniodental features is relevant for assessing how many species co-existed with our ancestors and how did they live and evolve. In particular, high-resolution acquisitions may provide crucial information about the inner structure of teeth which might be used for fossil hominin taxonomy, but also hominin brain evolution, as cerebral imprints could be preserved in the inner surface of the cranium, or even the vascular system enclosed by the spongious bone in the cranial vault. In this context, we are requesting permission to scan the skull of StW 573, the oldest and most complete South African Australopithecus specimen, on I12-JEEP at Diamond Light Source for X-ray imaging and on IMAT at ISIS for neutron imaging (both approved by the Diamond Light Source access panel: Joint Diamond/ISIS Facility Proposal 21344).
DOI: 10.5286/isis.e.rb1910231
title: Probing the vortex lattice in the iron-based superconductor FeSe

description: Magnetic field can penetrate a Type-II superconductor to form a vortex lattice (VL) due to the mutual repulsion between the vortices. VL is very important as it contains rich information about the superconductivity (SC). FeSe, despite being the structurally simplest iron-based superconductor, hosts very exotic SC, with the Tc varies from ~ 8 K in the bulk to ~ 110 K in the single-layer limit. The problem is further complicated by the strong interplay between SC, magnetism and nematicity. A recent high magnetic field study indicated a novel field-induced BardeenCooperSchrieffer (BCS) to BoseEinstein condensate (BEC) crossover below ~ 1.1 K. Here, we propose to use small-angle neutron scattering to probe the VL in FeSe. By exploring its entire SC phase diagram, we aim to understand the SC and its coupling with nematicity, as well as verify the BCS-BEC crossover scenario in FeSe.
DOI: 10.17632/wv7zx7xhxh.1
title: Data for: Luminescence chronology and palaeoenvironmental significance of limnic relics from the Badain Jaran Desert, northern China
DOI: 10.5286/isis.e.rb1910129
title: muSR study of spin dynamics in quantum spin liquid systems Sr3CuM2O9 (M = Sb, Nb)

description: Spin liquids are phases of matter where, in spite of strong near neighbour magnetic interactions, long range magnetic ordering is prevented due to conflicting interactions.  Geometric frustration acts as one of the driving mechanisms to realize Quantum Spin Liquids (QSL) in actual materials.  The low-energy physics of QSL is interesting and they are believed to host novel, emergent quasiparticles (possibly obeying fractional statistics)!  Therefore, exploration to find new QSL is an important activity touching upon fundamental physics aspects. In the title systems, the (111) planes contain edge shared triangles with Cu at the vertices.  Our bulk and NMR data show absence of LRO or glassy behaviour down to 0.5 K in spite of strong interactions.  We propose muSR as a local probe of dynamics of local moments to check for spin liquid behaviour.
DOI: 10.5286/isis.e.rb1910140
title: Free Floating Higher Plant Membrane Mimetics

description: We have engaged in a long term effort to build accurate bio-mimetic systems for complex structural biology studies. Recently, we have found that thiolalkylamidealcohol self-assembled monolayers on a gold surfaces are an easy to fabricate and versatile support for floating lipid bilayers. We have had success in building model floating Gram negative and simple phospholipid membranes. Now we wish to build significant complexity into these model membrane systems with an aim to examine the inclusion of unsaturated lipids, mixed lipids and sterols in the models. These membranes will mimic the lipid mixtures found in higher plant membranes. The desired complexity in the model systems will be produced by iteratively increasing the components of the bilayers examined during the experimental time.
DOI: 10.5286/isis.e.rb1910140-1
title: Free Floating Higher Plant Membrane Mimetics

description: We have engaged in a long term effort to build accurate bio-mimetic systems for complex structural biology studies. Recently, we have found that thiolalkylamidealcohol self-assembled monolayers on a gold surfaces are an easy to fabricate and versatile support for floating lipid bilayers. We have had success in building model floating Gram negative and simple phospholipid membranes. Now we wish to build significant complexity into these model membrane systems with an aim to examine the inclusion of unsaturated lipids, mixed lipids and sterols in the models. These membranes will mimic the lipid mixtures found in higher plant membranes. The desired complexity in the model systems will be produced by iteratively increasing the components of the bilayers examined during the experimental time.
DOI: 10.5286/isis.e.rb1910231-1
title: Probing the vortex lattice in the iron-based superconductor FeSe

description: Magnetic field can penetrate a Type-II superconductor to form a vortex lattice (VL) due to the mutual repulsion between the vortices. VL is very important as it contains rich information about the superconductivity (SC). FeSe, despite being the structurally simplest iron-based superconductor, hosts very exotic SC, with the Tc varies from ~ 8 K in the bulk to ~ 110 K in the single-layer limit. The problem is further complicated by the strong interplay between SC, magnetism and nematicity. A recent high magnetic field study indicated a novel field-induced BardeenCooperSchrieffer (BCS) to BoseEinstein condensate (BEC) crossover below ~ 1.1 K. Here, we propose to use small-angle neutron scattering to probe the VL in FeSe. By exploring its entire SC phase diagram, we aim to understand the SC and its coupling with nematicity, as well as verify the BCS-BEC crossover scenario in FeSe.
DOI: 10.5286/isis.e.rb1910349
title: Investigating the ground state of the proposed valence bond glass Ba2LuMoO6

description: Geometrically frustrated magnetic systems have been widely studied in the search for novel quantum states of matter. The fcc lattice Ba2YMoO6 has been shown to be a valence bond glass, where the magnetic 4d1 Mo5+ electrons form non-magnetic singlets in a random distribution. We have prepared the isostructural Ba2LuMoO6 compound, which behaves similarly in magnetic susceptibility measurements. In our previous muSR experiment we showed that this compound does not order magnetically down to 1.5 K. However, this temperature was not low enough to establish the ground state, as significant changes in relaxation are observed between 1.5 and 3.5 K. We propose a dilution fridge experiment on MUSR down to 50 mK to conclusively determine the ground state of Ba2LuMoO6. MuSR will allow us to observe whether the material is a valence bond glass or if a magnetic transition/spin freezing occurs.
DOI: 10.5286/isis.e.rb1910349-1
title: Investigating the ground state of the proposed valence bond glass Ba2LuMoO6

description: Geometrically frustrated magnetic systems have been widely studied in the search for novel quantum states of matter. The fcc lattice Ba2YMoO6 has been shown to be a valence bond glass, where the magnetic 4d1 Mo5+ electrons form non-magnetic singlets in a random distribution. We have prepared the isostructural Ba2LuMoO6 compound, which behaves similarly in magnetic susceptibility measurements. In our previous muSR experiment we showed that this compound does not order magnetically down to 1.5 K. However, this temperature was not low enough to establish the ground state, as significant changes in relaxation are observed between 1.5 and 3.5 K. We propose a dilution fridge experiment on MUSR down to 50 mK to conclusively determine the ground state of Ba2LuMoO6. MuSR will allow us to observe whether the material is a valence bond glass or if a magnetic transition/spin freezing occurs.
DOI: 10.5286/isis.e.rb1910503
title: Local and long-range solute and solvent ordering in concentrated nanotube gels and solutions

description: Manipulating nanoparticles in liquids is crucial for their scalable implementation in future technologies. For example, such liquids can be used like paint to create uniform films over large areas at low costs. We have developed a method to dissolve the highly promising nanoparticles known as 'carbon nanotubes'. These minute tubes, 10,000th the size of a human hair, promise an array of important future applications from flat screens to smart textiles. In this experiment, we will use neutron scattering to measure the arrangement of the solvent molecules around the nanotubes in our solutions, in order to understand how they dissolve. We will also investigate predictions that the nanotubes will line up at high concentrations. The knowledge gained will permit the optimisation of these liquids for their use in creating future nanotube-based technologies.
DOI: 10.5286/isis.e.rb1910503-1
title: Local and long-range solute and solvent ordering in concentrated nanotube gels and solutions

description: Manipulating nanoparticles in liquids is crucial for their scalable implementation in future technologies. For example, such liquids can be used like paint to create uniform films over large areas at low costs. We have developed a method to dissolve the highly promising nanoparticles known as 'carbon nanotubes'. These minute tubes, 10,000th the size of a human hair, promise an array of important future applications from flat screens to smart textiles. In this experiment, we will use neutron scattering to measure the arrangement of the solvent molecules around the nanotubes in our solutions, in order to understand how they dissolve. We will also investigate predictions that the nanotubes will line up at high concentrations. The knowledge gained will permit the optimisation of these liquids for their use in creating future nanotube-based technologies.
DOI: 10.5286/isis.e.rb1910011
title: SHINING THE BEAM ON BONES: CHARACTERISATION OF BURNED AND FOSSILISED SKELETAL REMAINS in MAPS

description: Neutron spectroscopy is applied to study bones exposed to anaerobic burning or fossilisation. The results thus obtained will complement previous data gathered by the team on skeletal remains burned in an aerobic setting, through combined INS, FTIR and Raman (already published [1-6]) and neutron diffraction, with a view to provide an improved understanding of the chemical and microcrystallinity variations undergone by bone upon heating or fossilisation events. Particular emphasis is given to the impact of the environmental conditions on these processes, and to the information provided by the hydroxyl vibrational bands. This is an innovative way of tackling transformations in bone, aiming at the development of a quantitative method for profiling skeletal remains subject to extreme diagenetic processes which is expected to have a high impact in forensic and bioanthropological sciences.
DOI: 10.5286/isis.e.rb1910011-1
title: SHINING THE BEAM ON BONES: CHARACTERISATION OF BURNED AND FOSSILISED SKELETAL REMAINS in MAPS

description: Neutron spectroscopy is applied to study bones exposed to anaerobic burning or fossilisation. The results thus obtained will complement previous data gathered by the team on skeletal remains burned in an aerobic setting, through combined INS, FTIR and Raman (already published [1-6]) and neutron diffraction, with a view to provide an improved understanding of the chemical and microcrystallinity variations undergone by bone upon heating or fossilisation events. Particular emphasis is given to the impact of the environmental conditions on these processes, and to the information provided by the hydroxyl vibrational bands. This is an innovative way of tackling transformations in bone, aiming at the development of a quantitative method for profiling skeletal remains subject to extreme diagenetic processes which is expected to have a high impact in forensic and bioanthropological sciences.
DOI: 10.5286/isis.e.rb1910129-1
title: muSR study of spin dynamics in quantum spin liquid systems Sr3CuM2O9 (M = Sb, Nb)

description: Spin liquids are phases of matter where, in spite of strong near neighbour magnetic interactions, long range magnetic ordering is prevented due to conflicting interactions.  Geometric frustration acts as one of the driving mechanisms to realize Quantum Spin Liquids (QSL) in actual materials.  The low-energy physics of QSL is interesting and they are believed to host novel, emergent quasiparticles (possibly obeying fractional statistics)!  Therefore, exploration to find new QSL is an important activity touching upon fundamental physics aspects. In the title systems, the (111) planes contain edge shared triangles with Cu at the vertices.  Our bulk and NMR data show absence of LRO or glassy behaviour down to 0.5 K in spite of strong interactions.  We propose muSR as a local probe of dynamics of local moments to check for spin liquid behaviour.
DOI: 10.5286/isis.e.rb1910386
title: Investigation of the Dynamic Mechanism of Reflectin Color Change by QENS

description: Reflectin, so named because of its high refractive index, is a protein expressed exclusively in cephalopods and forms reflectors responsible for dynamic iridescence and structural color change. Intrinsic self-assembly, along with higher-order assembly tightly modulated by potential neurotransmitters, provide insights into the formation of multilayer reflector in iridophores, and form the basis of structural color change in cephalopods.  Here we propose to study the internal dynamics of reflectin using QENS. Our results will show whether there are significant differences in the dynamics of reflectin, upon adding small molecules (such as imidazole) that will enable its self-assemly. This study will help elucidate the molecular mechanisms of reflectin-mediated dynamic structural coloration and bio-invisibility, and with a perspective for bioinspired photonic materials.
DOI: 10.5286/isis.e.rb1910386-1
title: Investigation of the Dynamic Mechanism of Reflectin Color Change by QENS

description: Reflectin, so named because of its high refractive index, is a protein expressed exclusively in cephalopods and forms reflectors responsible for dynamic iridescence and structural color change. Intrinsic self-assembly, along with higher-order assembly tightly modulated by potential neurotransmitters, provide insights into the formation of multilayer reflector in iridophores, and form the basis of structural color change in cephalopods.  Here we propose to study the internal dynamics of reflectin using QENS. Our results will show whether there are significant differences in the dynamics of reflectin, upon adding small molecules (such as imidazole) that will enable its self-assemly. This study will help elucidate the molecular mechanisms of reflectin-mediated dynamic structural coloration and bio-invisibility, and with a perspective for bioinspired photonic materials.
DOI: 10.5286/isis.e.rb1910386-2
title: Investigation of the Dynamic Mechanism of Reflectin Color Change by QENS

description: Reflectin, so named because of its high refractive index, is a protein expressed exclusively in cephalopods and forms reflectors responsible for dynamic iridescence and structural color change. Intrinsic self-assembly, along with higher-order assembly tightly modulated by potential neurotransmitters, provide insights into the formation of multilayer reflector in iridophores, and form the basis of structural color change in cephalopods.  Here we propose to study the internal dynamics of reflectin using QENS. Our results will show whether there are significant differences in the dynamics of reflectin, upon adding small molecules (such as imidazole) that will enable its self-assemly. This study will help elucidate the molecular mechanisms of reflectin-mediated dynamic structural coloration and bio-invisibility, and with a perspective for bioinspired photonic materials.
DOI: 10.5286/isis.e.rb1910409
title: Evaluating the effect of cyclic plasticity on creep using a novel crystal plasticity based micro-mechanical model

description: In power generation plants, many critical components are subjected to complex tension-compression cyclic loading followed by long-term creep dwells.  While uniaxial creep behaviour of components is well understood, there is limited understanding about the effects of cyclic deformation on the creep, particularly with respect to the grain scale anisotropy. We propose to use in-situ neutron diffraction to measure the evolution of grain-scale misfit stresses during cyclic loading and those effects on the subsequent creep stress relaxation introduced at different locations of the cycle. The experimental data will enable us to validate a novel crystal plasticity based micromechanical model capable of predicting the creep behaviour of engineering systems in realistic conditions.
DOI: 10.5286/isis.e.rb1910409-1
title: Evaluating the effect of cyclic plasticity on creep using a novel crystal plasticity based micro-mechanical model

description: In power generation plants, many critical components are subjected to complex tension-compression cyclic loading followed by long-term creep dwells.  While uniaxial creep behaviour of components is well understood, there is limited understanding about the effects of cyclic deformation on the creep, particularly with respect to the grain scale anisotropy. We propose to use in-situ neutron diffraction to measure the evolution of grain-scale misfit stresses during cyclic loading and those effects on the subsequent creep stress relaxation introduced at different locations of the cycle. The experimental data will enable us to validate a novel crystal plasticity based micromechanical model capable of predicting the creep behaviour of engineering systems in realistic conditions.
DOI: 10.5517/ccdc.csd.cc1pdc3k
title: CCDC 1561008: Experimental Crystal Structure Determination

description: Related Article: Yani He, Lin Liu, Guorui Fu, Wentao Li, Xingqiang Lü, Hongshan He, Wai-Yeung Wong|2019|J.Mater.Chem.C|7|4800|doi:10.1039/C8TC06610H
description: An entry from the Cambridge Structural Database, the world’s repository for small molecule crystal structures. The entry contains experimental data from a crystal diffraction study. The deposited dataset for this entry is freely available from the CCDC and typically includes 3D coordinates, cell parameters, space group, experimental conditions and quality measures.