Federal research funding enabled Chris to make vast breakthroughs in developing new metal alloys with improved thermoelectric efficiency -- discoveries that could impact worldwide energy conservation.
This work opens the possibility to develop new types of metal-doped metal-oxides that can meet the needs of specific applications, ranging from energy-storage devices to biosensors.
Therefore, there is a need to develop new generation of metal oxide-based hydrogen gas sensors with improved performance.
To develop new aluminum filler metals used for brazing 6061 alloy, the microstructure and properties of Al 6.5Si 42Zn xSr alloys with different Sr content were studied.
Working in his laboratory to develop new corrosion-resistant metals for auto parts, Haynes discovered that mixing tungsten with chromium, steel and iron resulted in the formation of strong and lightweight alloys that were impervious to corrosion and could withstand very high temperatures.
It is this dissatisfaction, this fourth element, which causes extreme metal to develop new styles over time.
In an effort to develop new MOCVD precursors, mixed-ligand metal-organic complexes, bis acetylacetonato-k2O,O′ acetylacetonato-k2O,O′,N′) magnesium(II), and bis (acetylacetonato-k2,2′-bipyridine-k2N,N′oline-k2N,N′) magnesium II) were synthesized.
The findings of the present study can help to develop new techniques with which extract environmental signals from the metal-to-calcium ratios of bivalve shells.
With increasing concern about the environment and human health it is important to develop new environmentally friendly pre-treatments in the surface engineering of metal substrates.
To generate nanostructured and composite materials which consist of metal borides and organic modifiers it is necessary to develop new synthetic strategies.
