Patent ID: 11920216
Assignee: NUOVO FILM SUZHOU CHINA INC.
Field: Materials, metallurgy (Chemistry)
Classification: CPC C  B | IPC B  C

Claim 15:
16. The preparation method according to claim 1, wherein the silver nanowire with the pentagonal cross section is an aqueous dispersion, and a mass percentage of the silver nanowire with the pentagonal cross section in the aqueous dispersion is 0.16%; wherein
a mass percentage of the aqueous dispersion of the silver nanowire with the pentagonal cross section in the aqueous solution is 8.96%, a mass percentage of the reducing sugar in the aqueous solution is 1.40%, a mass percentage of the oxygen reducing agent in the aqueous solution is 0.09%, a mass percentage of the water in the aqueous solution is 89.56%, the preset temperature is 140° C. or 120° C., and the preset time is 4 hours; or
the mass percentage of the aqueous dispersion of the silver nanowire with the pentagonal cross section in the aqueous solution is 8.99%, the mass percentage of the reducing sugar in the aqueous solution is 1.05%, the mass percentage of the oxygen reducing agent in the aqueous solution is 0.09%, the mass percentage of the water in the aqueous solution is 89.87%, the preset temperature is 140° C., and the preset time is 4 hours; or
the mass percentage of the aqueous dispersion of the silver nanowire with the pentagonal cross section in the aqueous solution is 9.02%, the mass percentage of the reducing sugar in the aqueous solution is 0.70%, the mass percentage of the oxygen reducing agent in the aqueous solution is 0.09%, the mass percentage of the water in the aqueous solution is 90.19%, the preset temperature is 140° C., and the preset time is 4 hours; or
the mass percentage of the aqueous dispersion of the silver nanowire with the pentagonal cross section in the aqueous solution is 9.05%, the mass percentage of the reducing sugar in the aqueous solution is 0.35%, the mass percentage of the oxygen reducing agent in the aqueous solution is 0.09%, the mass percentage of the water in the aqueous solution is 90.51%, the preset temperature is 140° C., and the preset time is 4 hours; or
the mixing a silver nanowire with a pentagonal cross section, a reducing sugar, an oxygen reducing agent and water uniformly comprises: mixing the aqueous dispersion of the silver nanowire with the pentagonal cross section, the reducing sugar, the oxygen reducing agent, polyvinylpyrrolidone and the water uniformly, wherein the mass percentage of the aqueous dispersion of the silver nanowire with the pentagonal cross section in the aqueous solution is 8.95%, the mass percentage of the reducing sugar in the aqueous solution is 1.40%, the mass percentage of the oxygen reducing agent in the aqueous solution is 0.09%, the mass percentage of the water in the aqueous solution is 89.50%, the mass percentage of the polyvinylpyrrolidone in the aqueous solution is 0.07%, the preset temperature is 120° C., and the preset time is 4 hours; or
the mass percentage of the aqueous dispersion of the silver nanowire with the pentagonal cross section in the aqueous solution is 8.96%, the mass percentage of the reducing sugar in the aqueous solution is 1.40%, the mass percentage of the oxygen reducing agent in the aqueous solution is 0.09%, the mass percentage of the water in the aqueous solution is 89.56%, the preset temperature is 160° C., and the preset time is 2 hours or 4 hours; or
the mass percentage of the aqueous dispersion of the silver nanowire with the pentagonal cross section in the aqueous solution is 8.96%, the mass percentage of the reducing sugar in the aqueous solution is 1.40%, the mass percentage of the oxygen reducing agent in the aqueous solution is 0.01%, the mass percentage of the water in the aqueous solution is 89.63%, the preset temperature is 140° C., and the preset time is 4 hours.