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Towards automatized high-throughput studies of structure-property correlation...
We wish to pursue our machine learning (ML) assisted high-throughput film growth studies, demonstrated in a pioneering work done at the ID10 beamline, on two- and... -
Activation/Carburization of Mo-based catalysts for selective hydrogenation re...
The project wishes to develop catalysts based on Transition Metal Carbides (TMC) ( Mo ) which are attractive alternatives to noble metals due to the coexistence of metallic and... -
Mechanisms of Human Disease
There are seven highly productive core funded structural biology groups at the Francis Crick Institute, including the team within the Structural Biology Science Technology... -
Structural anisotropy characterization of fiber-reinforced hydrogels scaffold...
Engineered biomimicking soft tissues have been greatly improved by the use of extrusion-based 3D bioprinting techniques. They are classically made of fiberreinforced hydrogels... -
Time-resolved SAXS studies of the RAFT dispersion polymerisation of 2-hydroxy...
We request three days of SAXS beamtime to perform time-resolved SAXS experiments during the RAFT dispersion polymerisation of 2-hydroxyethyl methacrylate (HEMA) in non-polar... -
Structural analysis of mycelium composite for the production of wood-based ca...
Mycelium composite has attracted significant attention in the last two decades for its functionality and sustainability. While the mycelium formation is essential to the... -
Spatial characterisation of the soft tissues preserved in new natural mummies...
The Quercy phosphorites are one of the very rare fossil deposit that yielded tetrapods with soft tissues fossilised in their alive body-dimensions (or "natural... -
Intracellular quantitative distribution of GdTbF3-based nanohybrids for X-ray...
We have developed promising "all-in-one" GdF3-based nanohybrids for both imaging and X-ray photodynamic therapy (X-PDT) on Spectral Photon Counting Scanner CT (SPCCT). We... -
Is there a liquid-liquid transition in the AsS melt ?
This proposal aims at studying the liquid phase of As4S4 (realgar) in order to determine whether a first-order liquid-liquid transition (LLT) exists between a molecular and a... -
An in-situ XAS study of A-site doped ruthenium-based pyrochlores for the oxyg...
Developing stable, highly active electrocatalysts for the oxygen evolution reaction is necessary to make water electrolysis economically viable. The current state-of-the-art... -
Probing large cellulose microfibril formation in cotton fiber tissue
Cellulose is the most abundant biopolymer on Earth and an essential sustainable resource to humanity. Native cellulose exists in a crystalline nanofiber, cellulose microfibril... -
Transformation-induced plasticity in zirconia-based ceramics during in-situ m...
Ceramic materials are typically elastic and brittle at room temperature, lacking ductility due to limited dislocation mobility. However, zirconia-based ceramics, especially... -
Multiscale characterization of dental enamel affected by hypoplastic subtype ...
Amelogenesis Imperfecta(AI) is a group of heterogeneous genetic disorders, which affects the genes responsible for enamel formation, which, in turn affect the development and... -
Insight into the hydrothermal and chemical stability of Cu-LTA zeolites for N...
Cu-CHA zeolite is the state-of-the-art commercial catalysts for NH3-SCR, showing excellent low temperature activity and selectivity coupled to good hydrothermal stability, but... -
Structure and in-cellulo stability of NIR-emitting Ag2S-based quantum dots
Silver sulphide (Ag2S) quantum dots (QDs) are semi-conducting nanocrystals with optical properties of great interest for biological applications including a broad absorbance... -
Decoupling degradation and (bi)carbonate precipitation during pulsed electroc...
Electrochemical CO2 reduction (eCO2R) is a promising pathway to convert detrimental CO2 emissions into sustainable fuels and chemicals. The use of gas diffusion electrodes... -
Magneto structural phase transition in the frustrated metallic magnet Cr3Se4
The triangular lattice compound Cr3Se4 shows exciting and unusual magnetic and transport properties. This system is the binary sister compound of AgCrSe2 where a puzzling... -
Application for Renewal of Shock-BAG beam time at ESRF
This proposal concerns renewal of the Shock block allocation group (BAG). As a reminder, the purpose of the Shock BAG is to coordinate and promote access to high-resolution... -
Thermal and light induced valence tautomerism in a samarium-pyrazine polymer
Valence tautomerism is a stimulated intramolecular electron transfer which allows for switching between two distinct redox isomers. Such compounds, incorporating a redox-active... -
Thermal and light induced valence tautomerism in a samarium-pyrazine polymer
Valence tautomerism is a stimulated intramolecular electron transfer which allows for switching between two distinct redox isomers. Such compounds, incorporating a redox-active...