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Semiconductor devices / Light-emitting diodes / Emerging technologies / Molecular electronics / Nanoelectronics / Nanowire / Solar cell / OLED / Electronics / Technology / Electromagnetism


Energy & Environmental Science View Article Online / Journal Homepage / Table of Contents for this issue C
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Document Date: 2013-11-13 17:49:58


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City

Pasadena / Newport / London / /

Company

TES Inc. / Dow Corning / Sigma-Aldrich / Loctite / Buffered HF / conductive Ag / Transene Inc. / Dupont / Thomas J. Watson Laboratories / Imperial College Press / /

Country

United States / /

Event

FDA Phase / /

Facility

S. M. Hall / University Wafers / California Institute of Technology / Kavli Nanoscience Institute / /

IndustryTerm

photoelectrochemical applications / Online Published / non-noble metal electrocatalysts / Online ff / similar devices / solar energy-conversion efficiencies / metal deposition / energy-conversion efficiency / chemical fuel / gaseous products / planar devices / carrier collection / noble-metal catalysts / photoelectrode energy-conversion efficiency / paint / photocathode device / integrated solar-fuel generating systems / direct solar-fuel conversion devices / aqueous solution / array devices / band-gap energy / thermodynamic energy-conversion efficiency / based energy-conversion efficiencies / maximum free energy / identical potentiostatic deposition protocol / photocathode devices / photovoltaic devices / Online Fig / solar water-splitting device / etch solution / deposition solution / device processing / Energy dispersive spectroscopy measurements / non-precious-metal electrocatalysts / e-beam / champion device / solar energy / majority-carrier flow / photocathodic energy-conversion efficiencies / processed device / array solid-state device / acidic aqueous systems / Control devices / excess metal / /

Organization

Planet Center for Chemical Innovation / California Institute of Technology / National Science Foundation / Department of Energy / Kavli Nanoscience Institute / Royal Society of Chemistry / office of Science / Division of Chemistry and Chemical Engineering / /

Person

E. L. Warren / N. S. Lewis / K. McEleney / Elizabeth Santori / Si / Q. Mi / Jsc / M. S. Freund / Dan Turner-Evans / Harry B. Graya / D. B. Turner-Evans / M. C. Putnam / D. G. Nocera / Nat / Nathan S. Lewis / M. Walter / J. M. Spurgeon / M. G. Walter / P. A. Kohl / S. W. Boettcher / S. L. McFarlane / M. J. Bierman / M. D. Kelzenberg / Kurt Lesker / Ni / A. Kohl / R. M. Briggs / B. A. Day / D. R. Oliver / H. A. Atwater / J. R. McKone / D. Turner-Evans / B. S. Brunschwig / Hal Emmer / D. J. Thomson / J. Y. Baek / K. Sung / Emily L. Warren / J. Zhou / E. A. Santori / H. B. Gray / /

/

Position

representative / T. D. / /

Product

Ni / /

ProvinceOrState

Missouri / California / /

RadioStation

AM 1 / /

Technology

semiconductor / nominally identical potentiostatic deposition protocol / spectroscopy / electrochemical cell / /

URL

www.rsc.org/ees / /

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