国家/地区 中国（7） 世界知识产权组织（3） 美国（2）
IPC部 C（8）
IPC大类 C08（8）
IPC小类 C08L（8）
IPC C08L063/00（8）
发明人 ZHANG X（4） LIANG M（2） ZOU H（2）
公开年 2021（4）
申请年 2020（4）  2021（2） 
专利权人 UNIV SICHUAN（2）

Preparing resin-based composite material filled with high heat-conducting three-dimensional framework foam useful in displaycard radiating, comprises e.g. copolymerizing three-dimensional framework foam after electro-deposition by resin system by liquid-phase vacuum dipping, solidifying and forming.

LI W, ZHAO Y, WU X, YAN K, XU K, SHI S, WANG Y, JIANG T

Graphene oxide modified carbon fiber useful in preparing graphene oxide modified carbon fiber/resin composite material, and transportation, sports and aerospace devices and national defense and military products, prepared by reducing graphene oxide, and modifying graphene oxide on carbon fiber.

LIANG M, ZHANG X, ZOU H

Modified-processing surface of high-performance carbon fiber by anode electrophoretic deposition method, where carbon fiber is polyacrylonitrile-based carbon fiber and asphalt-based carbon fiber.

ZHANG X, WEI X, TIAN Y

Electroplating of metal on surface of insulating base material for printed circuit board, involves mixing resin and solid filler to obtain resin coating, coating conductive substance forming film and placing in plating solution.

LAI Z, LIANG X, ZHAO T, LIU D, SUN R

Continuous electrophoretic deposition modified carbon fiber reinforced multi-matrix composite material comprises carbon fiber, inorganic powder including graphene powder, aluminum oxide powder and/or zirconium oxide powder, and substrate.

CHEN Z, LIAO J

Electrophoretic deposition-electropolymerization combined to modify carbon fiber comprises e.g. adopting electrophoretic deposition method to deposit graphene oxide on surface of carbon fiber, obtaining graphene oxide coated carbon fiber.

ZOU H, SUN T, LIANG M, CHEN Y, ZHANG X, LI M

Porous reductive oxidation nanomaterial obtained by mixing carbon nanotubes and graphite, using organic matter with pi bond structure as stabilizer to organically modify surface of carbon nanotube and graphene through conjugation effect.

WANG X, ZHANG X, WANG B, CHEN J, DING Y

Making high-strength composite comprises e.g. plating conducting surface on substrate, electroplating flat graphene flakes onto surface from carrier fluid suspension of graphene flakes, removing plated substrate from vessel and drying.

BULLINGTON J A, STOLTZ R A, BULLINGTON J, STOLTZ R