Zhou L. P. / Chowdari B. V. / Nanoscience Laboratory / Dupont / Xing / Chambers S. A. / KBr / Joyce S. A. / Agilent / Creative Commons / /
Country
Italy / /
Currency
pence / / /
Facility
Lotus laboratory / /
IndustryTerm
pass energy / energy storage / ethanolic solution / metal oxides / iron oxide systems / spectroscopic tools / mixed chemical state / chemical state / chemical reduction / energy range / chemical and thermal stability / beam energy / electronics / conversion tools / high energy-density / transition metal oxide / definite chemical phase / possible gaseous products / energy / high chemical stability / /
OperatingSystem
Fermi / /
Organization
African Union / Cornell / Beilstein-Institut / Roma La Sapienza University / /
Person
Madhavi / Bruno Scrosati / Francesco Mura / Marco Angelucci / Sridhar / V / Aldo Moro / Annalisa Paolone / Jusef Hassoun / Maria Grazia / / /
Thermal stability and reduction of iron oxide nanowires at moderate temperatures Annalisa Paolone*1, Marco Angelucci*2, Stefania Panero3,