国家/地区 中国（9）
IPC部 B（6） C（6） H（2）
IPC大类 C01（6） B82（4） H01（2）
IPC小类 C01B（6） B82Y（4） H01M（2）
IPC C01B031/04（5） B82Y030/00（4）
发明人 ZHU C（9）
公开年 2013（9）
申请年 2013（8） 
专利权人 SUZHOU GERUI.（2） UNIV HARBIN .（2） UNIV NANJING.（2）

Biologically reduced graphene oxide, prepared by mixing graphene oxide suspension with culture medium, inoculating denitrifying bacteria inoculum, placing in an incubator, allowing to stand, centrifuging, cleaning, precipitating and drying.

SUN D, YANG J, HUANG Y, ZHANG H, WEI J, JIANG G, ZHU C, FAN M, SUN R, DAI B

Preparing microbial fuel cell anode bioreductive graphene oxide comprises e.g. inoculating Staphylococcus in anodic solution, adding bacterial solution in microbial fuel cell anode chamber, culturing, and carrying out bioreduction.

SUN D, YANG J, HUANG Y, NIE Y, ZHU C, CHEN C, FAN M, SUN R

Preparation of graphene/carbon nanotube composite comprises taking graphite powder and catalyst precursor to form intercalated graphite and placing in environment suitable for growth of carbon nanotubes.

CHEN M, GAO S, GUO Y, LI W, LIAO S, LIU L, WEI X, XU J, ZHU C

Preparing nano metal oxide-graphene composite material comprises e.g. preparing graphite oxide aqueous dispersion liquid, ball milling, adding nitrate, dispersing, dividing to layers, filtering precipitate, washing and drying.

LI J, WANG J, WU L, XIA F, ZHANG J, ZHU C

Thin-layered graphene-metal powder composite used as structure material comprises thin bridging graphene and coated with metal powder.

XU J, GAO S, GUO Y, LIU L, LI W, ZHU C, QIU S, WEI X

Preparing porous graphene, comprises mixing intercalated graphite with polar solvent, processing intercalated graphite by microwave radiation treatment to ensure that intercalated graphite is dissociated to form graphene with multiple holes.

GONG Y, GUO Y, LI W, LIAO S, LIU L, LONG M, XU J, ZHU C

Preparation of tantalum pentoxide nanoparticles/graphene composite photocatalyst for organic pollutant decomposition involves dissolving tantalum pentoxide precursor powder in hydrogen peroxide reagent to obtain tantalum peroxide precursor.

ZHANG D, MAO L, LU T, ZHU S, ZHU C

Graphene and molybdenum-sulfide nano-composite for manufacturing lithium ion battery, has three-dimensional structure obtained by dissolving graphene, molybdenum trioxide, urea and thioacetamide in deionized water and ethanol mixed solution.

ZHU C, XU Z, WANG T, CHEN Y, WANG Q, DONG H, YU H

Graphene and molybdenum oxide nanocomposite material involves preparing graphene by chemical method, calcining ammonium molybdate, obtaining molybdenum trioxide particles, mixing with graphene, and carrying out ball milling.

LI L, WANG T, CHEN Y, YU H, GAO X, ZHU C