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- The low-temperature catalytic oxidation of carbon monoxide (CO) is the key process to overcome incomplete combustion of fossil fuels for both commercial (e.g., lowering automotive emissions) and domestic (e.g., indoor air quality improvement) applications. So the development of cost-effective and high-active catalysts made from non-noble metals is an actual material science challenge. Ce–Cu–O oxide system is one of the most prospective to in(2020) Thanh Son Cam 외 4명5회 피인용Springer / Journal of Materials Science학술논문
- AbstractNano-sized La0.4Sr0.6Co0.8Fe0.2O3−δ (LSCF) perovskite samples (prepared by a conventional acetate route and a novel acetate synthesis with HMTA additives), were tested simulating a red–ox cycle. The crystallography was studied by X-ray Powder Diffraction (XPD) and the changes in the oxidation state of the perovskite B-site were evaluated by synchrotron X-ray Absorption Near Edge Spectroscopy (XANES). After a reducing treatment, LSFC(2013) Analía L. Soldati 외 3명8회 피인용Elsevier / Journal of Solid State Chemistry학술논문
- Predictions of global climate change have recently focused attention on soils as major sources and sinks for atmospheric CO 2, and various methodologies exist for measuring soil surface CO 2 flux. A static (passive CO 2 absorption in an alkali trap over 24 h) and a dynamic (portable infra-red CO 2 gas analyzer over 1–2 min) chamber method were compared. Both methods were used for 100 different site × treatment × time combinations in temperat(1996) L.S. Jensen 외 5명116회 피인용Elsevier / Soil Biology & Biochemistry학술논문
- In this work, we employ density functional theory to assign vibrational signatures of [FeFe]-hydrogenase intermediates to molecular structures. For this purpose, we perform an exhaustive analysis of structures and harmonic vibrations of a series of CN and CO containing model clusters of the [FeFe]-hydrogenase enzyme active site considering also different charges, counterions, and solvents. The pure density functional BP86 in combination with a t(2011) Lian Yu 외 5명48회 피인용Medline / Inorganic Chemistry학술논문
- Several small molecules and ions, notably carbon monoxide, cyanide, cyanate, and hydrogen sulfide, are potent inhibitors of Ni-containing carbon monoxide dehydrogenases (Ni-CODH) that catalyze very rapid, efficient redox interconversions of CO(2) and CO. Protein film electrochemistry, which probes the dependence of steady-state catalytic rate over a wide potential range, reveals how these inhibitors target particular oxidation levels of Ni-CODH(2013) Vincent C-C Wang 외 4명51회 피인용Medline / Journal of the American Chemical Society학술논문
