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Pyrite / Sulfur / Madelung constant / Ionic / X-ray crystallography / Cubic crystal system / Crystal structure / Sulfide / Ion / Chemistry / Crystallography / Ionic radius


Document Date: 2011-05-22 12:05:43

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City

Weinheim / Berlin / Frankfurt / Montreux / /

Company

WILEY-VCH Verlag GmbH & Co. KGaA / C3i / M and S / Cambridge University Press / Fe Co / C3 / /

Country

Switzerland / /

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Facility

Germany Institute / /

IndustryTerm

sulfur lattice site / large-area electronics / metal lattice site / metal ionic radius rM / metal / transition metal dichalcogenides / metal radii differences δrM / metal-sulfur / crystal-chemical constant / energy storage / metal ion radius / metal ionic radius / possible solution / metal ion / charge carrier generation / metal radii / ion lattice site / 3d transition metal pyrite sulfides / metal ion radius rM / quantitative solution / point / metal ion radius rMSP / lattice site / 3d transition metal pyrite disulfides / metal-sulfur bond / metal sulfides / metal coordination / metal ionic radii rMSP / metal eg / polarization energy / crystal energy considerations / name-giving chemical compound / chemical bonding / metal ions / respective lattice site / metal positions / metal ion radii rM / /

Organization

Cambridge University / Federal Communications Commission / Germany Institute for Chemistry and Biochemistry of FU Berlin c/o BESSY / /

Person

Biosphere / Jarek Dabrowski / William Lawrence Bragg / Helmut Tributsch / J. L. Gillson / /

Position

King / Corresponding author / /

Product

B 47 / /

Technology

semiconductor / semiconductors / X-ray / /

URL

www.pss-b.com / /

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