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Semiconductor device fabrication / Semiconductor devices / National Renewable Energy Centre / Renewable energy in the United Kingdom / Solar cells / Wafer / Bipolar junction transistor / Crosslight Software / Energy / Technology / Energy conversion


Process and device modelling for enhancement of silicon solar cell efficiency Chihak Ahn, Laura Brown●, Alex Cole●, Keith C. Heasman●, Kristine Drew●, and Nick E.B. Cowern*
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Document Date: 2012-07-19 07:32:18


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File Size: 609,56 KB

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City

Newcastle upon Tyne / Hamburg / /

Company

Blyth / Renewable Energy / J.M. Gee D.D. / Synopsys / /

Country

United Kingdom / /

Facility

University of Newcastle / /

IndustryTerm

metal / thermal processing steps / carrier mobilities / technology processes / in-line processing experiments / Metal line resistance / well established technology / device simulation tools / gas mixture / manufacturing / process simulation tool / carrier generation / e.g. metal wrap-through / done using in-line processing experiments / /

Organization

New and Renewable Energy Centre / Nick E.B. Cowern* School of Electrical / Electronic and Computer Engineering / European Union / Merz Court / University of Newcastle / /

Person

Keith C. Heasman / Nick E.B. Cowern / Laura Brown / Kristine Drew / S.E. Garrett / Alex Cole / /

Position

Corresponding Author / /

Product

Al / /

Technology

semiconductor / radiation / PV technology / Laser / http / simulation / recombination / pdf / /

URL

www.synopsys.com/Tools/TCAD/Pages/default.aspx / http /

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