国家/地区 中国（59）
IPC部 C（25） H（22） B（11）
G（7） D（5） A（2）
IPC大类 H01（18） C01（10） B01（8）
G01（7） D01（5） C08（4）
C09（3） C23（3） H04（3）
A61（2） C02（2） C25（2）
IPC小类 H01L（12） C01B（10） G01N（7）
B01J（5） D01D（5） D01F（5）
B01D（4） C08G（3） C08K（3）
C23C（3） H04R（3） C02F（2）
C08L（2） C09K（2） H01B（2）
IPC C01B031/04（10） C01B032/184（6） D01D005/06（5）
H01L021/336（5） H01L029/16（5） H01L021/28（4）
H01L029/78（4） B01D067/00（3） B01D069/02（3）
B01D069/12（3） C08K003/04（3） C23C016/26（3）
D01F009/12（3） H01L029/10（3） H01L041/113（3）
发明人 ZHANG D（59）
公开年 2016（59）
申请年 2016（43）  2015（16） 
专利权人 INST MICROEL.（10） UNIV FUZHOU（5） UNIV TONGJI（5） BEIJING SAIB.（3）
LIAONING ADV.（3） SHENYANG INS.（3） UNIV CHINA P.（3） UNIV NANJING.（3）
UNIV SHANGHA.（3） NANJING XINY.（2） UNIV SHAANXI.（2） UNIV SOOCHOW（2）

Preparation of laminated self-assembled oxidized graphene composite film, involves coating oxidized graphene aqueous dispersion onto substrate, immersing substrate with graphene oxide aqueous dispersion in coagulating solution, drying.

MIN Y, SHEN J, ZHANG D, FENG Y, MA C

Preparing oligomeric pure graphene material useful in e.g. electric catalytic oxygen reduction reaction, comprises e.g. preparing precursor, carrying out microwave synthesis reaction and subjecting to anhydrous ethanol reagent dispersion.

ZHANG D, LIU F, DAI W, CHEN X, LI G, LI H

Preparation of visible light response highly efficient mono-nitrogen oxides-depleted graphene/titania composite material involves taking alcohol reagent and titanium containing reagent, adding sodium metal, reaction, and standing.

ZHANG D, LIU F, ZHOU H, LI Z, ZHANG H, LI H

Preparation of graphene crosslinked network phase-change heat/conductive composite material by hydrothermally reacting graphene oxide solution and polyvinyl alcohol, vacuum freeze-drying, melting phase-change material and soaking graphene.

ZHANG D, SHANG Y

Preparation method of glass carbon product, involves mixing high molecular polymer powder with graphene solution to obtain mixed slurry, drying, milling, performing humidity conditioning, molding, low-temperature curing, and heating.

ZHANG D, XIA H, ZHOU X, YANG X, YE L, FENG S

Preparing non-metallic doped graphene comprises e.g. dissolving the mixture containing laboratory common organic reagent as raw materials or ethanol with a dopant-containing compound and metal sodium to obtain precursor solution.

ZHANG D, LIU F, CHEN X, XIAO S, LI H

Preparation of magnetic graphene by stirring graphite particles and solvent, stripping, centrifuging, rotating in magnetic field environment, magnetizing, forming magnetic graphene, mixing, filtering, washing and drying.

ZHANG D, ZHANG Z

Graphene film based lens heating device, has graphite heating film formed on glass surface of lens through control switch, where control switch controls power supply part when power supply part supplies power to graphene heating film.

ZHANG D, MAO S, SUN S, ZHU X

Graphene and titanium dioxide based self-cleaning membrane sensor for monitoring water quality, arranges two electrodes, two insulating layers, chip, sensitive layer, self-cleaning film layer and electrode lead wires from bottom to top.

CAO F, CUI W, HAO W, LI Z, LIN C, LUO Y, QI Q, WANG G, WANG L, WU X, ZHANG D, ZHANG J, ZHOU X

Graphene material microphone diaphragm preparing method, involves providing metal nickel sheet, performing graphene growing process on metal nickel film, and combining metal nickel ring with graphene film for producing graphene diaphragm.

ZHANG D