| 摘要 |
PROBLEM TO BE SOLVED: To provide a dielectric precursor solution and a conductive paste which contribute to multi-layering and high densification of electronic components or the like and contribute to cost reduction, and have little carbon remaining volume after calcination. SOLUTION: The dielectric precursor solution has a dielectric precursor substance which is constituted of a compound system composition containing a plurality of kinds of organic components, and this dielectric precursor solution and metal composite particles are dispersed in a solvent and a conductive paste 6 is obtained. When an electrode membrane is formed by calcination, a dielectric is formed simultaneously from a dielectric precursor compound 8. Since the dielectric precursor compound 8 is molecular size, the metal particles are sintered and a dense electrode membrane having high conductivity is formed, and sintering is suppressed by the dielectric formed simultaneously and heat shrinkage is prevented. With this metal composite particle powder provided, a user can form a conductive paste of desired performance, and by constituting the dielectric precursor substance by a compound system composition containing a plurality of kinds of organic components, reduction of the carbon remaining volume after calcination can be realized. COPYRIGHT: (C)2006,JPO&NCIPI
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