国家/地区 中国（17）
IPC部 C（17）
IPC大类 C25（17） C23（3） C09（2）
IPC小类 C25D（17）
IPC C25D005/36（17）
发明人 CHEN Y（5） CHEN X（3） CHENG D（3）
XU Q（3） ZHANG Q（3） CHEN M（2）
GUO C（2） HUANG Y（2） LAI H（2）
公开年 2017（4） 2022（4） 2020（3） 2021（3） 2023（2）
申请年 2021（5）  2017（4）  2019（4）  2022（3） 
专利权人 UNIV SHANGHA.（3） GUANGZHOU UL.（2） UNIV BINZHOU（2） UNIV DALIAN（2）

Preparing graphene reinforced metal/alloy composite material, involves orienting solution containing graphene and metal ions, keeping spreading state of graphene unchanged, and co-depositing graphene and metal or alloy on cathode plate.

HUANG Y, LANG H, PENG Y

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

Preparing nickel-oxidized graphene-cerium composite plating layer, comprises e.g. mixing uniformly to obtain plating solution, polishing sample, ultrasonically cleaning, alkali washing degreasing, hydrochloric acid activating and mechanical stirring to disperse plating solution.

HUANG Y, LIN Y, FU C

Hardening stainless steel surface, involves taking sleeve base body after ultrasonic rolling, carburizing surface to form carburized layer, taking sleeve base body after carburization, and brightening surface to obtain finished product sleeve.

BIAN C

Preparation of nano-nickel-based composite layer involves filling plating solution in electrolytic tank, immersing nickel plate as anode and alloy steel substrate as cathode in plating solution, and co-depositing graphene oxide, titanium nitride nanoparticles and metallic nickel on substrate.

GE Y, MA C, LIU C, SONG W, LI Z

Preparation of nickel-cobalt-based nanocomposite coating for sintering neodymium-iron-boron, involves mixing nickel-cobalt alloy electroplating solution and composite nano-material additive solution to form nano-electroplating solution, electroplating, surface conditioning and drying.

HU D, HAN X, PAN G, ZHANG X, BAI X, HE Y, ZHAO M

Preparing metal-based graphene oxide antibacterial coating useful in public health field and engineering protection field, involves e.g. dispersing graphene oxide powder and sodium dodecyl sulfate in distilled water, electrifying, adding composite plating liquid and soaking in distilled water.

CHENG H, JIAO C, QIAN Y, CHEN Y, LOU G, SHEN L

Method for coating hydroxy graphene modifiedelectrophoretic paint without nickel stainless steel comprises e.g. performing cathodic electrolytic activation and coating surface of nickel-free stainless steel.

LAI H, GUO C, CHEN M, CHEN K

Preparing antibacterial and corrosion resistant metal orthodontic appliance, involves polishing metal appliance, mixing graphene oxide and nano-silver particles, and adding pretreated metal appliance into electrodeposition solution.

ZHANG C, HE L, DAI D, CHEN Y, WANG J

Preparing graphene-based superhydrophobic low-carbon steel involves polishing low-carbon steel first with sandpaper respectively to remove impurities and oxides on surface, and ultrasonically cleaning with absolute ethanol and acetone.

YANG Z, CHEN Y