科技通报
科技通報
과기통보
Bulletin of Science and Technology
2015年
11期
148-153
,共6页
耿蕊%路胜利%高建荣
耿蕊%路勝利%高建榮
경예%로성리%고건영
DSSC%ZnO光阳极%形貌%光伏性能%研究进展
DSSC%ZnO光暘極%形貌%光伏性能%研究進展
DSSC%ZnO광양겁%형모%광복성능%연구진전
DSSC%ZnO photoanode%morphology%photovoltaic performance%research progress
介绍了应用于染料敏化太阳能电池(DSSC)中不同形貌ZnO光阳极,讨论了不同方法合成的ZnO纳米粒子、纳米片、纳米线、纳米棒、纳米管、纳米纤维、纳米带、纳米花等光阳极形貌对DSSC光伏性能的影响,并展望了ZnO光阳极今后研究趋势。
介紹瞭應用于染料敏化太暘能電池(DSSC)中不同形貌ZnO光暘極,討論瞭不同方法閤成的ZnO納米粒子、納米片、納米線、納米棒、納米管、納米纖維、納米帶、納米花等光暘極形貌對DSSC光伏性能的影響,併展望瞭ZnO光暘極今後研究趨勢。
개소료응용우염료민화태양능전지(DSSC)중불동형모ZnO광양겁,토론료불동방법합성적ZnO납미입자、납미편、납미선、납미봉、납미관、납미섬유、납미대、납미화등광양겁형모대DSSC광복성능적영향,병전망료ZnO광양겁금후연구추세。
Different morphologies of ZnO photoanode applied in dye sensitized solar cells (DSSC) were introduced in this paper. The influences of ZnO photoanode morphologies synthesized by different methods, such as nanoparticles、nanosheets、nanowires、nanorods、nanotubes、nanofibers、nanobelts and nanoflowers, etc. on DSSC photovoltaic performance were emphatically discussed. Also prospect for the future trends of ZnO photoanode were presented.