To provide a composition for forming an electrode in a solar cell that can maintain high conductivity and a high reflection factor even after a long use and can obtain an electrode having improved aging stability, to provide a formation method of the electrode, and to provide a solar cell using the electrode obtained by the formation method.
In the composition for forming an electrode in a solar cell, metallic nanoparticles are dispersed in a dispersion medium. The metallic nanoparticles comprise not less than 75 wt.% silver nanoparticles and have been chemically modified with a protective agent whose carbon skeleton comprises a protective agent of an organic molecule principal chain having 1-3 carbons. Further, the metallic nanoparticles comprise metallic nanoparticles having a primary particle diameter in a range of 10-50 nm, in a proportion of not less than 70% by number on the average.
COPYRIGHT: (C)2008,JPO&INPIT
Yoshiaki Takada
Kazuhiko Yamazaki
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| JP63213974A | ||||
| JP2005015647A | ||||
| JP2002025942A | ||||
| JP2002198547A | ||||
| JP2005353904A | ||||
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| JP2004143325A |