国家/地区 中国（25） 美国（22） 韩国（18） 世界知识产权组织（16） 日本（11） 欧洲专利局（EPO）（4） 加拿大（2）
IPC部 B（59）
IPC大类 B01（59）
IPC小类 B01J（59）
IPC C01B031/02（25） H01M004/92（13） C01B031/04（12）
B82Y030/00（11） B82Y040/00（11） H01M004/90（11）
H01B001/04（9） B01J023/89（8） B01J019/12（7）
B01J021/18（7） B01J023/42（6） H01M004/96（6）
B01J019/08（5） C23C016/26（5） H01M004/583（5）
发明人 CHEN B（3） CHEN W（3） LEE J（3）
LI G（3） WANG L（3） WANG X（3）
WANG Z（3） YIN F（3） CHOI J H（2）
FAN Y（2） HASHIMOTO K（2） HUANG G（2）
HUANG H（2） HWANG I T（2） JEON S（2）
公开年 2013（29） 2012（22） 2014（8）
申请年 2012（59）
专利权人 PANASONIC CO.（4） HANWHA TECHW.（3） SAMSUNG TECH.（3） UNIV ZHEJIAN.（3）
HANWHA AEROS.（2） HASHIMOTO K（2） JAPAN SCI T.（2） JAPAN SCI TE.（2）
KAMIYA K（2） KOREA ADVANC.（2） KOREA ATOMIC.（2） KOREA HYDRO .（2）
NAKANISHI S（2） UNIV BEIJING.（2） UNIV NANJING.（2） UNIV SUNGKYU.（2）
UNIV SUNGKYU.（2） UNIV TIANJIN（2）

Anode catalyst of polymer electrolyte fuel cell comprises titanium nitride as catalytically active component supported on a catalyst support including carbon nanotubes and graphene.

BAE K H, CHOI J S, HAN S H, KIM K T, LEE J S, PARK H M, YOON D H

Method for making graphene composite for forming electrode in capacitor device, involves combining composition, fist salt with divalent cation and second salt with trivalent cation, and heating solution under solvothermal conditions.

LI Z, YAN T, SUN X, LIU J, WANG G, GU Z

New photocatalytic capped colloidal nanocrystal, including first semiconductor nanocrystal, second semiconductor nanocrystal having graphene foliates, and inorganic capping agents, used as photoactive material to split water into hydrogen.

LANDRY D

Manufacture of iron phthalocyanine/graphene nanocomposite oxygen reduction catalyst for e.g. fuel cell involves mixing and self-organizing oxidation graphene dispersion liquid and iron phthalocyanine dispersion liquid and reducing.

TANIGUCHI T, MATSUMOTO Y, TATEISHI H

Manufacture of graphene oxide complex for electrode, involves applying ultrasound to mix of graphene oxide dispersed solution and nickel hydroxide precursor solution, such that nickel hydroxide is provided between graphene oxide layers.

KIM J, JIN J, JEON S, YOU H

Manufacturing method of graphene involves growing copper single crystal film on spinel single crystal plane substrate, and growing graphene by chemical vapor deposition method with carbon-containing source gas.

NOZAWA K, YOSHII S

Composition used for removing components from fluids e.g. sewage water and waste water, and for forming capacitor, comprises structure having graphene sheets and carbon nanotubes disposed between graphene sheets.

WEI L, ZHANG Y

Manufacture of graphene involves supplying process gas containing carbon source on substrate, and pre-processing substrate using oxidative gas plasma to form graphene layer on substrate.

CHUN S H, KIM Y S

Preparation of molybdenum-based alloy and graphene carbon material composite catalyst involves ultrasonic dispersing, adding molybdenum nitrate, mixing, adding sodium borohydride solid and reacting in hydrothermal reaction kettle.

WANG X, ZHU J, FAN Y, HUANG H

Manufacture of graphene used for manufacture of graphene junction, involves applying load to aggregated-form graphite particles, such that interlayer bonding of all graphite crystals of aggregated-form graphite particles is destroyed.

KOBAYASHI H