国家/地区 中国（60）
IPC部 C（60） B（23） H（15）
D（3）
IPC大类 C01（60） B82（18） H01（15）
B01（9） C08（8） C09（5）
C07（3） C23（2） C25（2）
D01（2） H05（2）
IPC小类 C01B（60）
IPC C01B032/184（60）
发明人 TANG Y（7） CHEN X（6） ZHANG J（5）
JIANG C（4） LIU X（4） LIU Z（4）
WANG J（4） ZHANG S（4） ZHENG Y（4）
LIU Y（3） SHI H（3） SONG H（3）
XU L（3） ZHANG Y（3） BAI Y（2）
公开年 2015（36） 2014（14） 2016（10）
申请年 2014（60）
专利权人 JINAN SHENGQ.（7） CHANGZHOU 2D.（3） CHINESE ACAD.（3） CHINESE ACAD.（3）
CHONGQING GR.（3） CHONGQING MO.（3） NINGBO INST .（3） UNIV BEIJING.（3）
CHANGZHOU ER.（2） CHINESE ACAD.（2） JINAN SHENGQ.（2） LG CHEM CO L.（2）
LG CHEM LTD（2） PENGTAN TECH.（2）

Preparing graphene involves using graphite as raw material, adding mixed liquid and strong oxidizing agent, and then oxidizing obtained mixture, where flocculation agent is selected from benzyl trimethyl ammonium bromide.

LIU G, SUN P, WU Z

Preparation of double-sided graphene nano-sheet using water-oil interface, involves using graphene oxide, deionized water and oil as raw materials to build water-oil interface for mass production of double-sided graphene nano-sheet.

CHEN X, SONG H, ZHANG S, ZHAO Z, LIU Y

Large scale continuous preparation of graphene oxide and graphene nanosheet, comprises taking graphite powder, designing, oxidizing, dialyzing, purifying, carrying out thermal reduction, peeling and post-processing.

CHEN X, SONG H, ZHANG S

Method of purification of three-dimensional graphene-coated single particle nanodiamond material, involves acidifying mixture containing three-dimensional graphene-coated single particle nanodiamond using diluted hydrochloric acid.

DU G, PENG Y

Forming graphene oxide-reduced graphene oxide junction used in electronic device, comprises depositing layer of graphene oxide, selectively exposing region of the deposited graphene oxide layer to electromagnetic radiation and repeating.

WEI D, ALLEN M

Energetic container for preparing three-dimensional graphene-covered single-particle nano-diamond sets maximum stress threshold value bear by fastener less than maximum stress threshold value bear by stress removing steel belt.

DU G, PENG Y

Producing ozone oxidation graphene quantum dot comprises providing graphite oxide aqueous dispersion, adding hydrogen peroxide solution in aqueous dispersion, introducing ozone, obtaining graphene quantum dot, and processing dispersion.

CAO H, LI M, LIU C, ZHANG Y, WEN J

Preparing fluorinated graphene quantum dots involves treating fluorinated graphite with sodium and potassium hydroxide at atmospheric pressure, and then dissolving in water under ultrasonic dispersion.

WANG J, YANG S, GONG P

Graphene growing device has transmission mechanism is provided with conveyor belt, and high temperature resistance rollers which are provided in preheat device and deposition device.

LIU Z, YANG H, ZHANG Z, ZHANG W, ZHANG X, ZHOU Z, DENG K

Epitaxial growth of graphene junction on semi-insulating silicon carbide wafer surface for e.g. multipolar device, involves cleaning semi-insulating silicon carbide wafer surface, implanting boron ion on wafer and annealing wafer.

CHEN X, GUO L, JIA Y, WANG Y