国家/地区 中国（18）
IPC部 C（18）
IPC大类 C01（18） B82（4） B22（2）
B81（2） C09（2）
IPC小类 C01B（18）
IPC C01B031/04（16） B82Y040/00（3） B81C001/00（2）
B82B003/00（2） B82Y030/00（2） C01B031/02（2）
C01G009/02（2） C09K011/65（2）
发明人 ZHANG L（18）
公开年 2014（11） 2015（7）
申请年 2014（18）
专利权人 SHENZHEN YUE.（5） FAN S（2） HON HAI PREC.（2） HONGFUJIN PR.（2）
JIANG K（2） LIN X（2） LIU P（2） NANJING XINY.（2）
SHENZHEN YUE.（2） UNIV CHANGCH.（2） UNIV SHANGHA.（2） UNIV SOUTHEA.（2）
UNIV TSINGHU.（2） YANCHENG ZEN.（2） ZHANG L（2）

Method for making carbon nanotube composite wire, involves removing substrate to form carbon nanotube/graphene composite film and carbon nanotube/graphene composite film is curled and then twisted.

LIN X, LIU P, ZHANG L, JIANG K, FAN S

Manufacture of carbon nanotube composite wire, involves providing carbon nanotube array, drawing carbon nanotube film from carbon nanotube array using tool, and treating carbon nanotube film using graphene solution.

LIN X, WEI H, LIU P, ZHANG L, JIANG K, FAN S

Preparing graphene comprises mixing graphite powder and alkyl sulfonic acid solution under magnetic force, dropping hydrogen peroxide solution into dispersion liquid, subjecting to ultrasonic wave treatment, centrifuging, washing and drying.

MEI J, ZHANG L

Preparation of porous graphene airgel involves taking graphite oxide, dispersing in deionized water, formulating to graphene oxide solution, sonicating, dropping reducing agent, incubating, immersing in deionized water, and lyophilizing.

DOU M, JI J, KANG J, LI Z, LIU H, LIU J, SONG Y, TAN S, WANG F, ZHANG L, ZHANG W

Reduced graphene oxide/copper nanocomposite powder is obtained by reducing graphene oxide, sensitizing, activating, supporting copper uniformly on graphene, and obtaining powder having copper uniformly supported on graphene sheet layer.

HUANG J, LI M, JIANG X, LUO G, SHEN Q, WANG C, ZHANG L

Fractionating graphene material comprises preparing graphene material dispersion, subjecting the graphene material dispersion to electrophoresis, and sampling at the electrode side to obtain different sized graphene material.

ZHANG M, ZHANG L

Graphene preparation method comprises mixing surfactant and carbonate solvent, ultrasonic peeling, centrifuging, collecting supernatant, heating, filtering, and drying.

ZHANG M, ZHANG L

Preparation of graphene-based composite used for energy storage material, involves dissolving potassium permanganate in graphene oxide suspension prepared by sodium nitrate and graphite powder, adding polyethylene glycol, and reacting.

ZHANG L, MEI J

Preparation of graphene quantum dots by mixing monolayer graphene oxide and solvent, adding hexagonal crystal structured-zinc oxide and stabilizer, dispersing, reacting, adding acid, filtering, adjusting pH, filtering, and extracting.

ZHANG M, ZHANG L

Preparation of aperture controllable three-dimensional graphene involves cooling graphite powder, adding concentrated sulfuric acid and sodium nitrate, stirring, reacting, adding potassium permanganate, heating, reacting and cooling.

GUO X, LI Q, ZHANG L, ZHANG Y, HAO W, WANG Y