国家/地区 美国（36）
IPC部 C（36）
IPC大类 C23（36） C30（36） C01（33）
B82（14） H01（14） B32（11）
B01（5） B05（4） C03（3）
C25（3） G01（2）
IPC小类 C23C（36）
IPC C23C016/26（36）
发明人 WANG H（3） XIE X（3） CASTRO A H（2）
COJOCARU C（2） DING G（2） HONG B H（2）
PARK H（2） XIE H（2） ZHANG K（2）
ZHANG Y（2）
公开年 2013（7） 2015（5） 2016（5） 2011（3） 2012（3） 2009（2） 2014（2） 2017（2） 2021（2） 2022（2）
申请年 2013（5）  2014（5）  2011（4）  2012（4）  2015（4）  2016（4）  2020（3）  2008（2）  2009（2） 
专利权人 SHANGHAI INS.（3） CENT NAT REC.（2） ECOLE POLYTE.（2） UNIV SINGAPO.（2）
ZHANG K（2） ZHANG Y（2）

Metal-graphene composite comprises metal layer and graphene layer provided by growing directly on one surface of metal layer, where graphene layer contains two and/or more graphene thin, metal layer is copper, nickel, cobalt, iron, manganese, chromium, vanadium, titanium, platinum, gold and aluminum.

KIM D J, HONG B H, WOO Y S, KIM D, YU Y S

Manufacturing monocrystalline graphene for display, secondary battery, solar cell, light-emitting device, catalyst and sensor, involves supplying aromatic carbon gas onto single-crystalline metal catalyst to manufacture graphene.

KIM B J, CHOI J, CHOI J Y, JUN K

Coating metal workpiece e.g. electrical connector, involves exposing workpiece to carbon-containing precursor gas and hydrogen gas at preset flow rate and total gas pressure, and exposing to carbon-containing precursor gas and carrier gas.

ADAMS H J

Formation of porous graphene layer used as semipermeable membrane, involves providing catalytically active substrate comprising copper-nickel alloy substrate, to catalyze graphene formation under chemical vapor deposition conditions.

CHOI K, PARK H G, HEIGHT M, CHOI K J, PARK H, PIAO H

Nonenzymatic glucose sensor fabrication involves providing bottom substrate, preparing graphene layer on bottom substrate, depositing multiple amount of zinc oxide seed crystals on graphene layer, and then growing zinc oxide seed crystals.

CHEN H, SU W, YEH Y, CHANG C

Synthesis of graphene used in e.g. electronic applications, involves reacting drawn catalytic substrate with precursor gas containing hydrocarbon gas and hydrogen gas to form continuous single crystal graphene.

LIST F A, STEHLE Y Y, VLASSIOUK I V, SMIRNOV S N

Graphene boundary control method comprises providing an insulating substrate, placing in a growth chamber, introducing first reaction gas and controlling the flowrate of first reaction gas.

WANG H, CHEN L, HE L, XIE H, WANG X, XIE X

Transfer-free method for forming high-quality graphene layer on graphene electrode, involves depositing titanium layer on base substrate by sputtering process, and growing graphene on deposited layer by chemical vapor deposition process.

YOON S, PARK B, YOON S G, PARK B J

Method for synthesizing multi-layer graphene e.g. trilayer graphene, involves heat-treating catalytic metal layer on substrate while supplying methane gas, and synthesizing multi-layer graphene on heat-treated catalytic metal layer.

HAM M, SON M, HAM M H, SON M W, XIAN W, SUN M

Synthesizing graphene involves annealing substrate in hydrogen gas atmosphere, subsequently undertaking deposition and nucleation step where relatively thick carbon layer is deposited onto substrate, and undertaking graphene growth step.

BOINTON T H, BARNES M D, RUSSO S, CRACIUN M, HARDISTY BOINTON T