6,108 datasets found

Single-chain polymeric nanoparticles (SCPNs), formed via intramolecular folding of an amphiphilic polymer chain, offer potential in versatile applications like drug delivery and...

Approximately 12 million dental implants are placed globally each year, with almost 50% experiencing complications related to bone loss. Progressive bone loss can lead to...

The aim of this proposal is to investigate at very high temperatures the effect of the used raw materials on the kinetics of in situ reactive sintering of alumina and magnesia...

The objective of this proposal is to provide instrumentation which facilitates measuring microsecond dynamics of radiation-sensitive samples such as protein systems via...

Defects in crystals have a critical influence on the propertie of nanocrystals, where a single defect can completely change the properties. Due to the proximity of surfaces, the...

In this science-driven Long-Term proposal, we propose a 3-years multi-beamline program tackling grand challenges for actual, emerging and future battery technologies. We will...

The 1T-TiSe2 system displays unique quantum phenomena such as charge density wave (CDW), excitonic insulating (EI) state instabilities and superconductivity. Recently, phase...

Animals sense painful stimuli through specialized sensory neurons on the skin and generate nocifensive behaviours to protect themselves from severe injury. Specialized sensory...

This project aims to understand how Fe2O3-CoPi photoelectrodes work for photoelectrochemical water splitting. There are three different models about how cobalt in these...

NH3 is one of the most important chemical products and is responsible for fertilizer production. NH3 synthesis from N2 is the current commercial process but suffers from the...

La2NiO4+d is a performant oxygen ion conductor already at room temperature. During the electrochemical oxygen uptake/release reaction, a complex twin domain structure,...

Refractory high entropy alloys (RHEAs) have shown great potential to be used for material renewal in harsh environment industries and applications in space, accelerator physics...

Fe-carbides have been identified as the active phase in Fe-based Fischer-Tropsch (FT) catalysts. The presence of other phases than Fe-carbide, such as metallic Fe or Fe-oxide,...

This long term project aims for the implementation of a power-stabilized CO2 laser heating setup coupled to diamond anvil cell technique and optical Raman spectroscopy at the...

The redox state established in deep magma oceans influences the formation of distinct geochemical domains and early atmospheres on rocky planets. The estimated mean pressure (P)...

The development of novel cathodes is vital to the design of batteries. LiMnxFe1-xPO4, (LMFP) cathodes are a particularly promising candidate for boosting the energy density and...

Ti alloys are known to develop spatially varying, distinct crystallographic textures over macroscopic material volumes as a result of thermo-mechanical processing. The presence...

CsPbI3 exhibits remarkable performance in photovoltaic cells, yet maintaining phase stability under ambient conditions remains a primary challenge. To tackle this, we enhance...

The main goal is to analyze Si structural transformations during lithiation using Dark Field X-ray Microscopy at ID03. Despite silicon anodes' technological potential, our...

Titanium (Ti) and the alloy Ti-6Al-4V (Ti64) possess material properties of great value to the aerospace industry, such as a superior strength to weight ratio, resistance to...