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Rechargeable batteries / Energy storage / Lithium compounds / Battery / Lithium-ion batteries / Lithium iron phosphate / Nanowire / Lithium / Chemistry / Matter / Phosphates


New composite materials for lithium-ion batteries
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Document Date: 2013-10-22 15:53:03


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File Size: 1,81 MB

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City

Si / Kaitlin Town / Ati / Blomgren / Ichikawa / Waterloo / /

Company

Nature Publishing Group / CNF / CHS / Fe Co / John Wiley and Sons. / Elsevier Ltd. / M.T. Sougrati S.A. / Mn Co / F. Omenya N.A. / Y.S. Huang S.a. / /

Country

Mali / Canada / /

Currency

pence / /

/

Facility

University of Waterloo / University Ave. West / /

IndustryTerm

energy demand / metal / portable applications / transition metal phosphates / high energy density / Transition metal octahedra / high-voltage energy storage / transition metal / metal alloys / chemical / metal polyhedra / web version / responsible energy storage / energy storage system / energy / steel / /

Organization

University of Waterloo / Department of Chemistry / /

Person

L. Haverkate / V / C.A. Fisher / V / M. Hart Prieto / Linda F. Nazar / /

Position

collector / Corresponding author / /

Product

PO4 / /

ProvinceOrState

S.K. / P.N. / M.B. / British Columbia / Ontario / /

PublishedMedium

Journal of Materials Chemistry / Badi / Nature Nanotechnology / Chemical Communications / Chemical Society Reviews / Advanced Functional Materials / Journal of Physical Chemistry B / Dalton Transactions / Advanced Materials / Physical Review Letters / Journal of the American Chemical Society / Nature Materials / /

Technology

X-ray / CVD / electrochemistry / /

URL

www.elsevier.com/locate/electacta / http /

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