The ability of thermoelectric devices to convert waste heat into useful electrical power has
stimulated a remarkable growth in research into thermoelectric materials. There is, however …

Abstract (Bio) Hydrometallurgy is a common technology in processing copper sulfide
minerals. With the decline in ore grades and depletion of easily mined deposits, some …

Intermediate band (IB) plasmonic semiconductor nanocrystals of Cu x FeS4 (x= 3, 5, 7) are
investigated by femtosecond transient absorption (fsTA) to correlate the observed LSPR …

Valleriite is of interest as a mineral source of basic and precious metals and as an unusual
material composed of two-dimensional (2D) Fe–Cu sulfide and magnesium hydroxide …

Recently, several transition metal chalcogenide materials with favorable optical and
electrical properties suitable for sustainable solar-based energy generation have been …

The impact of a magneto-structural phase transition on the carrier effective mass in
Cu5FeS4 plasmonic semiconductor nanocrystals was examined using magnetic circular …

The field of plasmonics as a whole is gathering widespread interest due to their wide range
of applications and new technology advancements because of their enhancement of light …

Industrial magnetic resonance spectrometers are used for on-line, bulk, quantitative analysis
of minerals. These analysers are used to rapidly detect the grade of ore which can assist ore …

The crystal structure of bornite with ideal formula Cu5FeS4 from the Saishitang skarn copper
deposit in Qinghai Province, along with bornite from the Yushui spouting hydrothermal …

This thesis describes investigations of copper-chalcogenide thermoelectrics and the
application of advanced structural characterization techniques to explore structure-property …