microwave energy / chemical approach / ammonium hydroxide solution / gas molecules / metal oxides / gas sorption system / hydroxide solution / inert gas / metal oxide / microwave-assisted chemical approach / homogeneous clear solution / chemical vapor deposition / plasma-enhanced chemical vapor deposition / chemical synthesis step / crystalline metal oxide / crystalline metal oxide nanoparticles / metallic precursor solution / metal oxide structures / chemical technique / energy / metallic precursor solutions / microwave-chemical approach / metal / mesoporous metal oxide structures / energy storage / photovoltaic devices / chemical properties / manganese precursor solutions / precursor solutions / chemical attachment / electronic and optoelectronic applications / metal hydroxides/metals / significant applications / e-beam / energy generation/storage / chemicals / microwave-chemical process / grown using a chemical vapor deposition / /
Movie
Conflict of Interest / /
NaturalFeature
CNT forests / /
Organization
Ontario Research Foundation / Z.-X. Noncovalent Assembly / Tang* Department of Chemistry / Canada Foundation of Innovation / University of Waterloo / American Chemical Society / Leaders Opportunity Fund / Assembly of Fe3O4 Nanoparticles / Chemistry and Waterloo Institute for Nanotechnology / Center for Integrated RF Engineering / Natural Science and Engineering Research Council / /
Person
Nat / Emmett Teller / Xiaowu (Shirley) Tang / Linda F. Nazar / Hybrid Mesoporous Architectures Mahyar Mazloumi / Samaneh Shadmehr / Mahyar Mazloumi / Yverick Rangom / /
Position
Canada Research Chair / current collector / representative / CoO / /
Product
potassium chloride / /
ProvinceOrState
Alabama / Missouri / /
Technology
CVD system / X-ray / microwave / photolithography / chemical vapor deposition / sorption system / Crystallization / condensation / optoelectronics / spectroscopy / CVD / /
ARTICLE Fabrication of Three-Dimensional Carbon Nanotube and Metal Oxide Hybrid Mesoporous Architectures Mahyar Mazloumi, Samaneh Shadmehr, Yverick Rangom, Linda F. Nazar, and Xiaowu (Shirley) Tang*