国家/地区 中国（5） 日本（2）
IPC部 B（8）
IPC大类 B01（8） H01（3）
IPC小类 B01J（8）
IPC B01J023/72（8）
发明人 DEGUCHI N（2） WATANABE H（2）
公开年 2014（4） 2015（3）
申请年 2014（8）
专利权人 TOYO INK SC .（2）

Carbon catalyst for catalyst ink and microbial fuel cell, is formed by dry-mixing graphene nanoplatelets and metal phthalocyanine, and carbonizing obtained heat-processed mixture, and has preset content of surface terminal nitrogen.

WATANABE H, DEGUCHI N

Method of preparing graphene from methane using catalyst in a reactive furnace.

CHEN M, CHEN B, KOO H, CHEN B F, KOO H S

Composite photocatalyst comprises active surface copper oxide/titania and graphene.

ZHANG L, HU H

Preparing copper-graphene nanocomposite useful as oxygen reduction catalyst, involves adding copper precursor comprising 1-phenanthroline complex in graphene oxide, performing heat treatment, and naturally cooling to room temperature.

WANG J, XIA X

Preparing cuprous oxide/graphene composite photocatalytic nanomaterial using electron beam irradiation process comprises e.g. dissolving soluble copper salt in distilled water to obtain copper salt solution, adding graphene, and reacting.

CHENG L, DING G, JIAO Z, WANG Y, HUANG D, RUAN Z

Carbon catalyst used in e.g. catalyst ink, is prepared by dry-mixing graphene nanoplatelets and metal phthalocyanine, heat-processing obtained mixture, and carbonizing, and has preset surface terminal nitrogen amount.

WATANABE H, KANEDA J, DEGUCHI N, CHIBA Y

Graphene-loaded metal nanocomposite material used for oxidation reaction of benzyl group, comprises specified amount of metal nanoparticles having specified range of particle diameter, uniformly dispersed in graphene.

FENG L, LIU R, ZHU H, HE G, SONG G, JI J, YU X

Preparation of semiconductor photocatalyst/graphene oxide hollow ball composite involves adding polymer microspheres-containing graphene oxide disperse system to precursor solution containing soluble salt of semiconductor photocatalyst.

HUANG Z, SUN F, CHEN H, XU K, ZUO Y