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sadeghipari M, mehrvar L, haj mirza heydarali M, mohajerzadeh S, tavassoli S H. Near-unity broadband absorption designs for nanowire array Thin Film Silicon Solar Cell. ICOP & ICPET _ INPC _ ICOFS 2016; 22 :548-551
URL: http://opsi.ir/article-1-1017-en.html
URL: http://opsi.ir/article-1-1017-en.html
Mehrnoosh Sadeghipari * 
1, Leila Mehrvar , Mohammadreza Haj mirza heydarali , Shams Mohajerzadeh , Seyed hasan Tavassoli
1, Leila Mehrvar , Mohammadreza Haj mirza heydarali , Shams Mohajerzadeh , Seyed hasan Tavassoli
Abstract: (3150 Views)
Abstract- The amount of light absorption plays an important role in realizing high efficiency solar cells. Incorporation of silicon nano structures with silicon-based solar cells enhances the absorption of incoming light as well as superior rise in the efficiency of such devices. The silicon nanowires fabricated by the chemical vapor deposition method have been optically investigated. Broadband strong absorption spectra (near 100%) has been obtained. The enhanced absorbed light due to the optical modes has led to rise in the local electric field a consequently enhanced detected Raman signal.
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