功能材料与器件学报
功能材料與器件學報
공능재료여기건학보
JOURNAL OF FUNCTIONAL MATERIALS AND DEVICES
2009年
3期
295-298
,共4页
程祖军%曹美玲%潘丽坤%孙卓
程祖軍%曹美玲%潘麗坤%孫卓
정조군%조미령%반려곤%손탁
太阳能电池%转换效率%铕%溶胶凝胶法%二氧化硅减反射膜
太暘能電池%轉換效率%銪%溶膠凝膠法%二氧化硅減反射膜
태양능전지%전환효솔%유%용효응효법%이양화규감반사막
Solar cell%Conversion efficieney%Eu3+%Sol-gel method%Anti-reflection film (SiO2)
稀土元素铕通过溶胶凝胶法掺入到多孔二氧化硅制成的减反射膜层中,并被用来提高硅太阳能电池的转换效率.在标准测试条件下,和用超白钢化玻璃相比较,该掺入铕的二氧化硅减反射薄膜使太阳能电池的效率提高了9.5%.
稀土元素銪通過溶膠凝膠法摻入到多孔二氧化硅製成的減反射膜層中,併被用來提高硅太暘能電池的轉換效率.在標準測試條件下,和用超白鋼化玻璃相比較,該摻入銪的二氧化硅減反射薄膜使太暘能電池的效率提高瞭9.5%.
희토원소유통과용효응효법참입도다공이양화규제성적감반사막층중,병피용래제고규태양능전지적전환효솔.재표준측시조건하,화용초백강화파리상비교,해참입유적이양화규감반사박막사태양능전지적효솔제고료9.5%.
A novel route of SiO2 antireflection films with Eu3+ by sol - gel method has been employed to improve the conversion efficieney of Si solar cells. Measurements under standard test conditions showed the conversion efficiency of Si solar cell with anti -reflection film containing Eu3+ was improved 9.5% as compared with the pure Si solar cell.
