国家/地区 中国（9）
IPC部 C（9）
IPC大类 C25（9） D06（8） D01（5）
IPC小类 C25D（9）
IPC C25D007/06（8） D01D005/06（4） D06M010/06（4）
D06M101/40（4） D06M011/83（3）
发明人 FANG B（7） GAO C（7）
公开年 2017（9）
申请年 2016（9）
专利权人 UNIV ZHEJIAN.（7）

Graphene-copper composite fiber material comprises pure graphene fiber surface having fold, and copper layer having elongated structure embedded in fold.

GAO C, FANG B

Graphene-zinc composite fiber comprises pure graphite fiber provided with pleats on surface and zinc layer embedded in extended structure of pleats.

GAO C, FANG B

Graphene-magnesium composite fiber comprises elongated embedded folds magnesium layer coated with wrinkled pure graphene fiber.

GAO C, FANG B

Graphene-manganese composite fiber comprises manganese layer having elongated structure embedded on pleats of pure graphene fiber.

GAO C, FANG B

Graphene-nickel composite layer comprises nickel layer containing extending structure coated on folded pure graphene layer.

GAO C, FANG B

Graphene-iron composite fiber comprises composite fiber where composite fiber contains pure graphene fiber and pure graphene fiber covered iron layer.

GAO C, FANG B

Graphene-metal composite fiber prepared by e.g. using wet spinning method, heating and reducing, fixing pure graphene fiber to cathode electrode of the plating groove for plating, removing fiber and washing with deionized water.

GAO C, FANG B

Continuous preparation of graphene porous fiber comprises the copper wire continuously pulling out and immersing in electrolyte containing graphene oxide grapheme on the copper surface, plating in electrochemical three-electrode system.

WENG W, ZHU M, YANG J, DU X

Rapid deposition of graphene on conductive fiber surface, involves processing conductive fiber bundles in ultrasonic-assisted electrophoretic deposition system by graphene oxide solution, and washing graphene-adsorbed conductive fiber.

HUANG Y, WANG C, LI J, SUN S, LIU L, ZHAO M, XIE F