There is increasing acceptance of high‐throughput technologies for the discovery,
development, and optimization of materials and catalysts in industry. Over the years, the …

High throughput (combinatorial) materials science methodology is a relatively new research
paradigm that offers the promise of rapid and efficient materials screening, optimization, and …

High-throughput combinatorial investigations are transforming materials discovery, phase
diagram development, and processing optimization. Thin-film deposition techniques are …

Combinatorial techniques, in which a library of chemical formulations is scanned for specific
activity, have been used extensively to expedite the discovery phase of pharmaceutical …

We describe methodologies for the generation and screening of combinatorial libraries of
electrocatalyst materials for fuel cell applications, generated by cosputtering of three …

We present a newly developed facility comprising a combinatorial laser molecular beam
epitaxy system and an in situ scanning tunneling microscope (STM). This facility aims at …

The correlation between the crystal structure and valence band structure of a (Ga x In1–x)
2O3 solid solution system was investigated by using combinatorial synthesis. At a low Ga …

Combinatorial materials science is a research methodology for accelerating the pace of
materials discovery and optimization. This article reviews issues in combinatorial processing …

A binary alloy Schottky barrier diode on zinc oxide (ZnO) was developed using the
combinatorial ion beam-assisted deposition system. The compositional fraction of the binary …

Unser Lebensstandard ist eng mit industriellen Produkten verbunden, die auf funktionellen
Materialien (hard and soft matter with a function) basieren. Der weltweite Bedarf an neuen …