国家/地区 中国（10）
IPC部 C（8）
IPC大类 C01（7）
IPC小类 C01B（7）
IPC C01B032/184（6） C01B032/198（3） C01B032/194（2）
发明人 FANG G（10）
公开年 2021（10）
申请年 2021（6）  2020（4） 
专利权人 SIXTH ELEMEN.（5） INST CHEM IN.（2） JIANGSU JIAN.（2）

Graphene mask, has fixing strip facing to movable block horizontally extended outwards to form clamping tooth, and bump passing through straight slot, where side of block facing to straight slot is horizontally extended outward to form convex block.

GE X, WU M, FANG G, GE G

Preparation of reduced graphene oxide for preparing graphene thermally conductive film by drying, grinding and sieving graphene oxide raw material, placing in closed heat treatment environment containing air or inert gas, and annealing.

WU Y, FANG G, FAN S, TANG R, QU Y, WANG G

Hard-soft magnetic composite ferrite wave absorbing agent comprises zirconium-doped barium ferrite for absorbing millimeter wave and ferroferric oxide for absorbing centimeter wave.

LIU C, JIANG T, CAO Y, ZHANG Y, PENG K, FANG G

Graphene oxide slurry used for preparing amino acid-modified graphene oxide film and graphene thermally conductive film, comprises a solvent, graphene oxide and an amino acid.

WU Y, TANG R, FANG G, GENG B, ZHANG J, QU Y

Graphene oxide slurry containing aromatic compound useful for preparing graphene thermal conductive film with high thermal conductivity, prepared by dispersing aromatic compound in graphene oxide dispersion liquid uniformly.

TANG R, WU Y, XU Y, KANG L, FANG G, QU Y

Preparing graphene with different properties for conductive additive, involves performing thermal reduction process by preparing graphene products with different properties by adjusting process parameters of thermal reduction process.

FANG G, XU Y, ZHANG C, QU Y, GUO B

Preparing graphene oxide film involves dispersing nano metal particles in deionized water to obtain well-dispersed nano metal solution, and then adding the well-dispersed nano metal solution prepared into graphene oxide slurry.

FANG G, TANG R, QU Y

Preparing graphene oxide film used in folding mobile phone and wearable device, by dispersing organic molecules in solvent, dripping to graphene oxide aqueous slurry, coating modified graphene oxide slurry on substrate, and drying.

WANG S, FANG G, XU Y, KANG L, TANG R, WU Y, QU Y

Preparing lignin-based nanoadsorbent comprises e.g. filtering black liquor sample to remove solid impurity, adding distilled water to dilute, adding diluted acid into diluted solution, stirring, adjusting pH and separating out precipitate.

FANG G, YAN Z, DENG Y, SHEN K

Preparing graphene from lignin involves putting the lignin into a ball mill, then drying in a drying oven, and placing lignin powder in a mold, and placing lignin flake on a computer program-controlled workbench.

LIN Y, FANG G, DENG Y, SHEN K, HAN S, LI H, JIAO J, WU T, LIANG L, TIAN Q, LIANG F, ZHU B