cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5286/isis.e.rb2000158-2
title: Order-Disorder in A New Generation of Ceria-Zirconia Catalyst Supports: Continuation

description: Solid-state materials that have the property of oxygen storage are of significance for various applications of relevance to the environment, importantly as catalyst supports in three-way catalytic converters, used to remove toxic pollutants from automotive exhausts. The catalytic converter typically uses a ceria-zirconia (Ce1-xZrxO2) solid-solution as the redox-active catalyst support that can buffer the oxygen concentration to optimise the conversion of CO, NOx and unburnt hydrocarbons into N2, CO2 and water. While this is well-established technology, there is a pressing need to tune the properties of the redox-active support further to give faster, more efficient oxygen release/uptake that survives over many cycles at elevated temperatures. We will study the structures of some new compositions to complete the PDF thesis work of Aron Summer.
DOI: 10.17632/m2xby4nx8m.1
title: Data for: Private-Public Capital Substitution in Production

description: For use only in academic research.
DOI: 10.5286/isis.e.rb2010545
title: Probing Cluster Dynamics in Quantum Griffiths Phase in Ni-Cr

description: We propose to use muSR to study the unconventional excitations of the d-metal alloy Ni-Cr close to a ferromagnetic quantum phase transition (QPT). muSR is a uniquely sensitive probe of small moments and partial ordering, giving us access to the rare regions that determine the characteristic features of the quantum Griffiths phase, a special region close to a disordered QPT. Our previous muSR study of Ni-V resolved the magnetic fluctuations from the static order but only gave limited information on the dynamics because of the V nuclear moment. Measuring Ni-Cr removes this nuclear contribution to the muon signal in a system that is otherwise very similar, giving us access to hitherto unexplored dynamically behaviour.
DOI: 10.5286/isis.e.rb2010545-1
title: Probing Cluster Dynamics in Quantum Griffiths Phase in Ni-Cr

description: We propose to use muSR to study the unconventional excitations of the d-metal alloy Ni-Cr close to a ferromagnetic quantum phase transition (QPT). muSR is a uniquely sensitive probe of small moments and partial ordering, giving us access to the rare regions that determine the characteristic features of the quantum Griffiths phase, a special region close to a disordered QPT. Our previous muSR study of Ni-V resolved the magnetic fluctuations from the static order but only gave limited information on the dynamics because of the V nuclear moment. Measuring Ni-Cr removes this nuclear contribution to the muon signal in a system that is otherwise very similar, giving us access to hitherto unexplored dynamically behaviour.
DOI: 10.5286/isis.e.rb2010737
title: Investigation of superconducting gap structure in NbPtSi using muon spin relaxation and rotation

description: Superconductivity (SC) and spin-orbit (SO) interaction have been two separate emerging fields until very recently the correlation between them has been observed. The ternary equiatomic compounds exhibits SC at relatively high TC. We have reported muSR studies on ZrIrSi and HfIrSi. Recently, H. Suzuki and N. Kase et al. have reported SC in NbPtSi with TC = 1.24 K. Considering the high atomic number for Pt, one would expect the presence of strong SOC in NdPtSi. The temperature dependence of Hc2 (T) cannot be explained using a standard WHH theory, suggesting strong electron-phonon coupling and anisotropic gap are contributed to the enhancement of upper critical field. To study the role of SOC on the superconductivity of NbPtSi, we propose to investigate microscopic superconducting properties of NbPtSi using transverse field (TF) and zero field (ZF) musr on the MuSR spectrometer.
DOI: 10.5286/isis.e.rb2010737-1
title: Investigation of superconducting gap structure in NbPtSi using muon spin relaxation and rotation

description: Superconductivity (SC) and spin-orbit (SO) interaction have been two separate emerging fields until very recently the correlation between them has been observed. The ternary equiatomic compounds exhibits SC at relatively high TC. We have reported muSR studies on ZrIrSi and HfIrSi. Recently, H. Suzuki and N. Kase et al. have reported SC in NbPtSi with TC = 1.24 K. Considering the high atomic number for Pt, one would expect the presence of strong SOC in NdPtSi. The temperature dependence of Hc2 (T) cannot be explained using a standard WHH theory, suggesting strong electron-phonon coupling and anisotropic gap are contributed to the enhancement of upper critical field. To study the role of SOC on the superconductivity of NbPtSi, we propose to investigate microscopic superconducting properties of NbPtSi using transverse field (TF) and zero field (ZF) musr on the MuSR spectrometer.
DOI: 10.5286/isis.e.rb2010900
title: Formulation of graphene - metal oxides exfoliated by surfactant ionic liquid (SAILs) colloidal mixture

description: Stable dispersion of graphene in aqueous phase play a vital role as absorbent for wastewater treatment applications, for example methylene blue dye removal. This can be achieved using surfactant as dispersants to provide repulsive barrier between adjacent graphene sheets against van der Waals interaction that leads to stacking graphene sheets. In addition, absorbance capacity of graphene also can be enhanced with the help of metal oxide such as TiO2 or ZnO. Thus the experiments aim to study the colloidal structure of graphene dispersed by surfactant in the presence of metal oxides (TiO2 and ZnO), particularly the effect of surfactant chemical structure, concentration and metal oxides. The results can be used as platform for designing efficient graphene /metal oxides as absorbent for wastewater treatment.
DOI: 10.17632/f2fjgp9k6p.1
title: Data for: THE EFFECT OF PRICE REGULATION ON ENERGY IMBALANCES: A DID DESIGN

description: Data and do files to replicate the tables and results of the paper - Regressions have been elaborated using the program Stata. - The main file that runs the results is named “do_file_replicate_tables.do”. - The data used in the paper are reported in the files named “dataset_EE_1.dta” (time-series), “dataset_EE_2.dta” (panel for DiD with TSOFE and market imbalance for the Macrozone South) and “dataset_EE_3.dta” (panel for DiD with TSOFE and market imbalance for the Macrozones South and North) - Code to generate results is organized in order to replicate the tables of the paper. The do file reports the number and the title of the tables reported in the manuscript HOW TO RUN / SETUP: 1. Save data (.dta) and do files (.do) in a folder in your pc (C:). 2. Open “do_file_replicate_tables.do” using the programme stata. 3. put your directory (main folder where all files are stored) in the do_file “do_file_replicate_tables.do” within the quotations marks (cd "C:") Notes: - Code is commented to run main analysis given cleaned data sets. - The directory of the pc where files are stored needs to be defined.
DOI: 10.5286/isis.e.rb2010900-1
title: Formulation of graphene - metal oxides exfoliated by surfactant ionic liquid (SAILs) colloidal mixture

description: Stable dispersion of graphene in aqueous phase play a vital role as absorbent for wastewater treatment applications, for example methylene blue dye removal. This can be achieved using surfactant as dispersants to provide repulsive barrier between adjacent graphene sheets against van der Waals interaction that leads to stacking graphene sheets. In addition, absorbance capacity of graphene also can be enhanced with the help of metal oxide such as TiO2 or ZnO. Thus the experiments aim to study the colloidal structure of graphene dispersed by surfactant in the presence of metal oxides (TiO2 and ZnO), particularly the effect of surfactant chemical structure, concentration and metal oxides. The results can be used as platform for designing efficient graphene /metal oxides as absorbent for wastewater treatment.
DOI: 10.5286/isis.e.rb2010575
title: Towards a better understanding of microstructural features on plasticity of 6061-Al alloy: neutron diffraction and scale transition model

description: The mechanical properties of metals are conditioned by the microstructural features such as the texture, grain size and shape, precipitates coupled with the effects of plastic anisotropy. The coupled effect of these microstructural features on the anisotropy of mechanical properties has not been studied thoroughly in the framework of polycrystal plasticity modelling. The proposal aims at investigating the internal strain being built under mechanical loading conditions. These intergranular strains can be interpreted thanks to polycrystalline models, disclosing the relative contributions of the different microstructural properties on the deformation modes. Collected neutron diffraction patterns will provide the comprehensive data set needed to quantify with accuracy the evolution of plastic anisotropy. This will enable to test and improve a novel model to predict the mechanical response.
DOI: 10.5286/isis.e.rb2010575-1
title: Towards a better understanding of microstructural features on plasticity of 6061-Al alloy: neutron diffraction and scale transition model

description: The mechanical properties of metals are conditioned by the microstructural features such as the texture, grain size and shape, precipitates coupled with the effects of plastic anisotropy. The coupled effect of these microstructural features on the anisotropy of mechanical properties has not been studied thoroughly in the framework of polycrystal plasticity modelling. The proposal aims at investigating the internal strain being built under mechanical loading conditions. These intergranular strains can be interpreted thanks to polycrystalline models, disclosing the relative contributions of the different microstructural properties on the deformation modes. Collected neutron diffraction patterns will provide the comprehensive data set needed to quantify with accuracy the evolution of plastic anisotropy. This will enable to test and improve a novel model to predict the mechanical response.
DOI: 10.5286/isis.e.rb2010145
title: Peptides in a glassy matrix at ambient temperature: Relevance for Anhydrobiosis

description: Anhydrobiosis, the possibility of life in almost no water, is a puzzling phenomena common to a wide class of organisms, ranging from plant seeds to crustacean cysts, that can survive to an almost complete removal of intracellular water and restore their metabolic activities when water is newly available. Central to anhydrobiosis is the ability to maintain a functional protein configuration in the dry state. A detailed description on how this is obtained is still lacking, but there is evidence that carbohydrates, such as trehalose, protect protein structure. Aim of this proposal is to investigate the role of trehalose as a bio-protectant, looking at its interaction with two model peptides in presence of residual water molecules at an atomistic level. To this goal, experiments, augmented by computer modelling, on peptide/water/trehalose mixtures at ambient temperature will be performed.
DOI: 10.5286/isis.e.rb2010145-1
title: Peptides in a glassy matrix at ambient temperature: Relevance for Anhydrobiosis

description: Anhydrobiosis, the possibility of life in almost no water, is a puzzling phenomena common to a wide class of organisms, ranging from plant seeds to crustacean cysts, that can survive to an almost complete removal of intracellular water and restore their metabolic activities when water is newly available. Central to anhydrobiosis is the ability to maintain a functional protein configuration in the dry state. A detailed description on how this is obtained is still lacking, but there is evidence that carbohydrates, such as trehalose, protect protein structure. Aim of this proposal is to investigate the role of trehalose as a bio-protectant, looking at its interaction with two model peptides in presence of residual water molecules at an atomistic level. To this goal, experiments, augmented by computer modelling, on peptide/water/trehalose mixtures at ambient temperature will be performed.
DOI: 10.5286/isis.e.rb2010145-2
title: Peptides in a glassy matrix at ambient temperature: Relevance for Anhydrobiosis

description: Anhydrobiosis, the possibility of life in almost no water, is a puzzling phenomena common to a wide class of organisms, ranging from plant seeds to crustacean cysts, that can survive to an almost complete removal of intracellular water and restore their metabolic activities when water is newly available. Central to anhydrobiosis is the ability to maintain a functional protein configuration in the dry state. A detailed description on how this is obtained is still lacking, but there is evidence that carbohydrates, such as trehalose, protect protein structure. Aim of this proposal is to investigate the role of trehalose as a bio-protectant, looking at its interaction with two model peptides in presence of residual water molecules at an atomistic level. To this goal, experiments, augmented by computer modelling, on peptide/water/trehalose mixtures at ambient temperature will be performed.
DOI: 10.5286/isis.e.rb1620271
title: Magnetic structure in the one-third magnetization plateau phase of a triangular quantum magnet

description: We propose a continuation experiment to further probe the magnetic structure in the 1/3rd magnetization plateau phase observed in fields 10<b></b>
DOI: 10.5286/isis.e.rb1620271-1
title: Magnetic structure in the one-third magnetization plateau phase of a triangular quantum magnet

description: We propose a continuation experiment to further probe the magnetic structure in the 1/3rd magnetization plateau phase observed in fields 10<b></b>
DOI: 10.5286/isis.e.rb1920750
title: Phase transformations in directional ice templated (DIT) battery electrodes studied by 4D Bragg edge imaging

description: Within the context of high energy storage systems, we intend to investigate phase changes in Li-Ion battery electrodes during battery charging/discharging. 4D Bragg edge imaging (4DBEI) analyses Bragg edge shifts during lithium de-/intercalation in the electrodes. These measurements will enable the investigation of the chemical state of charge (SoC) spatially resolved over a Li-Ion battery cell and the study of electrode degradation processes that happen as a consequence of a wide range of conditions such as high charge/discharge rates, elevated temperatures, mechanical deformation and overcharging. Such degradation processes can lead to stress and strain in the battery electrodes and affect the cell performance, life time and can result in a serious loss of capacity. We will study novel directional ice templated (DIT) electrodes which are characterised by high capacity and power output.
DOI: 10.17632/tkfxp5r3mz.2
title: Data for: Decrease in antibacterial use and facility-level variability after the introduction of guidelines and implementation of physician-pharmacist-nurse quality circles in Swiss long-term care facilities

description: Antibacterial use in long-term care facilities in Canton VD, Switzerland
DOI: 10.5286/isis.e.rb1920750-1
title: Phase transformations in directional ice templated (DIT) battery electrodes studied by 4D Bragg edge imaging

description: Within the context of high energy storage systems, we intend to investigate phase changes in Li-Ion battery electrodes during battery charging/discharging. 4D Bragg edge imaging (4DBEI) analyses Bragg edge shifts during lithium de-/intercalation in the electrodes. These measurements will enable the investigation of the chemical state of charge (SoC) spatially resolved over a Li-Ion battery cell and the study of electrode degradation processes that happen as a consequence of a wide range of conditions such as high charge/discharge rates, elevated temperatures, mechanical deformation and overcharging. Such degradation processes can lead to stress and strain in the battery electrodes and affect the cell performance, life time and can result in a serious loss of capacity. We will study novel directional ice templated (DIT) electrodes which are characterised by high capacity and power output.
DOI: 10.5286/isis.e.rb2010216
title: Dispersion of neutron spin resonance in Ba(Fe1-yCry)2(As1-xPx)2

description: Spin resonance has been observed in almost all iron-based superconductors, while its origin is still unclear. In our recent studies, we found that in CaKFe4As4, where the crystal structure has an unique Fe-As bilayer, the spin resonance degenerates to odd and even modes with sinusoidal and cosinoidal L-modulations. This resonance can be also considered as a magnon-like excitation, and it also could happen even in the d-wave paring system CeCoIn5 under strong coupling. Here we propose to study the BaFe2(As,P)2 system and 3% Cr doping Ba(Fe1-yCry)2(As1-xPx)2, who has a very similar structure with CaKFe4As4, and strong L-modulation or dispersion of the spin resonance. By comparing CaKFe4As4 system with different gap modulation and strong spin resonance, we can further understand the origin of the neutron spin resonance mode.
DOI: 10.5286/isis.e.rb2010216-1
title: Dispersion of neutron spin resonance in Ba(Fe1-yCry)2(As1-xPx)2

description: Spin resonance has been observed in almost all iron-based superconductors, while its origin is still unclear. In our recent studies, we found that in CaKFe4As4, where the crystal structure has an unique Fe-As bilayer, the spin resonance degenerates to odd and even modes with sinusoidal and cosinoidal L-modulations. This resonance can be also considered as a magnon-like excitation, and it also could happen even in the d-wave paring system CeCoIn5 under strong coupling. Here we propose to study the BaFe2(As,P)2 system and 3% Cr doping Ba(Fe1-yCry)2(As1-xPx)2, who has a very similar structure with CaKFe4As4, and strong L-modulation or dispersion of the spin resonance. By comparing CaKFe4As4 system with different gap modulation and strong spin resonance, we can further understand the origin of the neutron spin resonance mode.
DOI: 10.5286/isis.e.rb1920532
title: Structure determination of complex, therapeutically relevant lipid nanoparticles for RNA delivery

description: Lipid nanoparticles (LNPs) have evolved into smart multifunctional carriers for drug deliverymost notably in the thriving field of siRNA and mRNA therapeutics for treatment of diseases not curable today. Characterization of LNP bulk and in particular surface structure is of eminent importance to understand their interactions andtherapeutic function.The structure determination of complex lipid-based RNAnanoparticles is challenging due to their finite size, intrinsic disorder, hierarchical structureat different length scales, low lipid-RNA contrast and fast dynamics. We propose to use SANS and selective deuteration in combination with different solution isotopic contrasts is the only way to determine the location of the different compounds within this type of complex LPNs. New sophisticated modelling tools will be adapted and further developed to gain new insight in the structure.
DOI: 10.5286/isis.e.rb1920532-1
title: Structure determination of complex, therapeutically relevant lipid nanoparticles for RNA delivery

description: Lipid nanoparticles (LNPs) have evolved into smart multifunctional carriers for drug deliverymost notably in the thriving field of siRNA and mRNA therapeutics for treatment of diseases not curable today. Characterization of LNP bulk and in particular surface structure is of eminent importance to understand their interactions andtherapeutic function.The structure determination of complex lipid-based RNAnanoparticles is challenging due to their finite size, intrinsic disorder, hierarchical structureat different length scales, low lipid-RNA contrast and fast dynamics. We propose to use SANS and selective deuteration in combination with different solution isotopic contrasts is the only way to determine the location of the different compounds within this type of complex LPNs. New sophisticated modelling tools will be adapted and further developed to gain new insight in the structure.
DOI: 10.17632/hx8k2mmdvy.2
title: Data for: Loss of cell-matrix contact increases hypoxia-inducible factor-dependent transcriptional activity in glioma cells

description: some data files
DOI: 10.5286/isis.e.rb2010411
title: Magnetic and Crystal Structure at High Pressure in Spin Triplet Superconductor UAu2

description: Superconductivity with Cooper pairs containing electrons of equal spin, known as spin-triplet pairing, is a rare phenomenon speculated to exist in a few well known examples. Theoretical predictions suggest it leads to long sought phases of matter, such as chiral superconductivity, where Majorana zero modes suitable for topological computation may exist. We have discovered a new material, UAu2, where previous investigations on WISH saw unusual modulated magnetic order. Using hydrostatic high pressure we have suppressed the magnetic ordering in UAu2 above 3.2 GPa and discovered superconductivity below 1.5 K. Measurements of the critical field suggest the presence of spin-triplet pairing since it exceeds the Pauli limiting field for conventional pairing by over 3 times. The proposal is to look at any changes in magnetic or crystal structure approaching the superconductivity.
DOI: 10.5286/isis.e.rb2010411-1
title: Magnetic and Crystal Structure at High Pressure in Spin Triplet Superconductor UAu2

description: Superconductivity with Cooper pairs containing electrons of equal spin, known as spin-triplet pairing, is a rare phenomenon speculated to exist in a few well known examples. Theoretical predictions suggest it leads to long sought phases of matter, such as chiral superconductivity, where Majorana zero modes suitable for topological computation may exist. We have discovered a new material, UAu2, where previous investigations on WISH saw unusual modulated magnetic order. Using hydrostatic high pressure we have suppressed the magnetic ordering in UAu2 above 3.2 GPa and discovered superconductivity below 1.5 K. Measurements of the critical field suggest the presence of spin-triplet pairing since it exceeds the Pauli limiting field for conventional pairing by over 3 times. The proposal is to look at any changes in magnetic or crystal structure approaching the superconductivity.
DOI: 10.5286/isis.e.rb2010411-2
title: Magnetic and Crystal Structure at High Pressure in Spin Triplet Superconductor UAu2

description: Superconductivity with Cooper pairs containing electrons of equal spin, known as spin-triplet pairing, is a rare phenomenon speculated to exist in a few well known examples. Theoretical predictions suggest it leads to long sought phases of matter, such as chiral superconductivity, where Majorana zero modes suitable for topological computation may exist. We have discovered a new material, UAu2, where previous investigations on WISH saw unusual modulated magnetic order. Using hydrostatic high pressure we have suppressed the magnetic ordering in UAu2 above 3.2 GPa and discovered superconductivity below 1.5 K. Measurements of the critical field suggest the presence of spin-triplet pairing since it exceeds the Pauli limiting field for conventional pairing by over 3 times. The proposal is to look at any changes in magnetic or crystal structure approaching the superconductivity.