Acute and chronic pollution of environments with crude oil does not bode well for biota living within the vicinity of polluted environments. This is due to environmental and public health concerns on the negative impact of crude oil pollution on living organisms. Enhancing microbial activities by adding nutrients and other amendments had proved effective in pollutant removal during bioremediati...

The applicability of electro-Fenton technology to remediation of wastewater contaminated by several organic pollutants such as dyes and polycyclic aromatic hydrocarbons has been evaluated using iron-enriched zeolite as heterogeneous catalyst. The electro-Fenton technology is an advanced oxidation process that is efficient for the degradation of organic pollutants, but it suffers from the high o...

Synergistically regulating carrier and phonon transport on the nanoscale is extremely difficult for all thermoelectric (TE) materials without cage structures. Herein BaFe12O19/Bi2Te25Se0.5 thermoelectromagnetic nanocomposites are designed synthesized as a benchmarking example to simultaneously tailor properties nanoscale. A magneto-trapped effect induced by BaFe12O19 hard-magnetic nanoparticles...

We report on the enhanced electro-optic coefficient of GaInAsP three-step quantum wells ~3SQW! for high power electrorefraction modulator applications. Measured electro-optic coefficient of the 3SQW is nearly three times higher than the conventional rectangular quantum well ~RQW! at l51.55 mm. The enhanced electro-optic effect, combined with a low optical absorption coefficient a,1 cm in the 3S...

Abstract Metallic iron (Fe 0 ) has been increasingly used to remove toxics from water over the past three decades. However, idea that metallic is not an environmental reducing agent vigorously refuted. Researchers presenting their findings in a scientific journal have accept burden of proving argument any validity. This 30-year-lasting discussion within Fe remediation community alien electro-ch...