Buscador de Tesis y publicaciones académicas

Investigating the interaction between SiC nanowhiskers and alpha-Mg dendrites during solidification via time resolved in situ X-Ray tomograp

Christopher GOURLAY · Xinyi HAO · Syahwira Taqwa TRIADI · Jue ZHU · y 7 más

SiC has long been the most widely recognised reinforcement for magnesium matrix composites (MgMC), yet the grain refinement mechanisms of SiC nanowhiskers (SiCnw) are still not fully understood. No direct observations of nanoparticles interacting with Mg dendrites have yet been documented. This study intends to conduct...

IBS BAG

Rahila RAHIMOVA (ORCID: 0000-0002-4992-842X) · Christine GABORIAUD · Nikolas ALANSSON · Isabel GARCIA-SAEZ (ORCID: 0000-0002-4294-710X) · y 2 más

The IBS BAG includes teams from IBS (Grenoble) and external groups from CEA-Cadarache (St Paul lez Durance) and IRBA (Brétigny-sur-Orge). We study the structure-function relationships of proteins with a focus on human health, biotechnology and methodology. Most of the projects are a continuation of the MX-2586 proposal...

The Netherlands BAG

Marloes PENNINGS · Andy-Mark THUNNISSEN · Siebe VAN DEN ELZEN · Max NANAO · y 2 más

The Netherlands BAG comprises structural biology and enzymology groups at five dutch universities (Utrecht, Groningen, Leiden, Eindhoven and Wageningen) and at the Netherlands Cancer Institute in Amsterdam, with a total of thirteen PIs. The research projects carried out in these groups can be largely classified into tw...

high throughput setup

Mirolo, Marta · Sallés Perramon, Pol

Strain, induced by magnetron sputtering, as a principal descriptor of activity of Ir-Ru catalyst for water electrolyzers probed by Wide Angl

Tomáš HRBEK · Peter KUS · Jaroslav HERMAN · Jakub DRNEC · y 4 más

Proton exchange membrane water electrolyzers are essential for the hydrogen economy, yet reducing the cost of anode catalysts remains a critical barrier to mass production. Building on our previous work, where we developed efficient low-loading Ir-Ru catalysts on enhanced proton exchange membranes via thin-film magnetr...

CryoEM BAG for Ile-de-France

Gregory EFFANTIN · Marie PREVOST · Annalisa MEOLA

We are a group of structural biologists based in Paris that would like to benefit from high-end data collection shifts at ESRF. Our research spans various life science fields: bacterial transporters (Biou, Broutin) and machineries (Bellinzoni, Gubellini, Mechaly, Petrella), nucleic acid research (Leulliot, Sauguet, Tis...

Inorganic and organometallic technetium interaction with iron sulfides

Natalia MAYORDOMO · Caroline BÖRNER · Damien PRIEUR · Marcos F MARTINEZ MORENO

The fate of technetium (Tc) in the environment depends on its interaction with such minerals or microorganisms. In the last decades, research has been oriented towards the immobilization of inorganic Tc by reductants. However, much less is known about how metabolites (produced by microorganisms) could influence the int...

The Israeli BAG

Petra PERNOT · Elina KLUKIN · Gabriel FRANK · Oded LIVNAH · y 1 más

This Summary will only portray a very limited scope of the BAG proposal due to its size and more information will be available in the Global Summary. We plan establish a comprehensive structural narrative for the assembly and entry of viruses from the Bunyavirales family using X-ray crystallography, biophysics, biochem...

Advances in the fundamentals of corrosion in molten chloride salts using high resolution X-Ray Diffraction and XANES in the HERFD mode

Ana SACRISTAN CIVERA · Nick Tjepke Hendrik TER VEER · Anna SMITH · Laurent DE GEUS · y 3 más

Chloride molten salts are being investigated for use as a fuel matrix in Molten Salt Reactors. However, their highly corrosive nature poses significant risks to the structural materials. Initial experiments (proposal A20-1-864) have demonstrated the dissolution of alloying elements such as Cr and Fe into the salt after...

Ex situ Bragg coherent diffraction imaging of metallic particles

Bouita, Mouad · Khater, Petra · Richard, Marie-Ingrid · Sarrazin, Thomas · y 1 más

We will use Bragg coherent diffraction imaging to generate 3D maps of lattice displacement, strain, and morphology in metallic particles (Pt and Pd). The experiment will be conducted ex situ.