国家/地区 中国（24）
IPC部 B（24）
IPC大类 C01（24） B82（13） B01（11）
H01（5） C02（4） C09（3）
B22（2）
IPC小类 C01B（24）
IPC B82Y040/00（10） B82Y030/00（9） C01B032/184（7）
C01B032/198（5） C01B003/04（4） C01B032/194（4）
H01M004/62（4） C02F001/30（3） C02F101/38（3）
H01M004/36（3） H01M004/58（3） H01M010/054（3）
B01J020/30（2） B01J027/24（2） B01J035/10（2）
发明人 LI J（6） WANG Y（6） CAO L（5）
FENG L（5） HOU X（5） HUANG J（5）
SUO G（5） YANG Y（5） WANG F（4）
YE X（4） ZHANG L（4） CHEN H（3）
HE R（3） LUO X（3） ZHU J（3）
公开年 2021（6） 2018（5） 2019（4） 2020（4） 2022（3）
申请年 2021（6）  2018（5）  2020（5）  2019（4）  2022（3） 
专利权人 UNIV SHAANXI SCI TECHNOLOGY（24）

Preparing three-dimensional net-shaped graphene/nickel foam/tin selenide self-supporting material comprises e.g. adding three-dimensional net-shaped graphene/nickel foam to ethylene glycol or glycerol, adding inorganic tin salt, stirring, and adding surface active substances.

JI Y, WANG F, LI J, CAO L, WANG Y, HUANG J

Preparing silicon carbide (SiC) nanowire array by magnetic field induction method, involves preparing layer of tin metal catalyst on substrate, plating layer of metal nickel (Ni) on surface of SiC nanowire with uniform size distribution to obtain Ni-SiC core-shell structure.

ZENG J, TANG Y, SU Y, WEI G, GUO Y, DING L

Preparing carbon-coated tin selenide used as cathode material of potassium ion battery composite glue-linked three-dimensional graphene comprises e.g. mixing selenium powder, reducing solvent, carrying out hydrothermal reaction, separating, drying, performing uniform phase reaction and calcining.

HUO X, WANG Y, JI Y, HUANG J, LI J, WANG F, LIU W, CAO L

Preparation of laser induced graphene on wood by placing pine substrate material in vacuum cavity, vacuumizing, placing vacuum cavity on laser direct-writing processing system for scanning radiation, and using optical fiber laser.

SONG Z, YAO Y, XUE J, WU K, MIAO T, ZHOU L, MENG C, ZHANG Y

Preparing macroscopically recoverable molybdenum disulfide/graphite phase carbon nitride/graphene oxide composite material comprises e.g. mixing graphite phase carbon nitride and molybdenum disulfide, grinding, dispersing graphene oxide in water, adding L-ascorbic acid, washing and drying.

SUO G, XUE F, HE R, ZHANG L, YE X, FENG L, HOU X, CHEN H, LIU J, YANG Y

Preparation of silver-loaded graphene/copper self-lubricating material used in e.g. vehicle application, involves dispersing graphene nanosheets and sodium dodecyl sulfate in dimethylformamide, dispersing with silver nitrate solution, hydrothermally-treating, mixing copper powder, and sintering.

ZHANG B, BAI G, MIN Z, YANG X, SUN H, CAI L, JIA J

Preparation of fluorescent anti-counterfeiting coating comprises drying, pulverizing leather waste, dispersing in ultrapure water, hydrothermal reacting, suction filtering, compounding with thickener and printing code on substrate.

LI L, MA J, SHI J, ZHANG W

Preparing mesoporous tin oxide nanorod/nitrogen doped graphene sensitive material useful for absorbing formaldehyde comprises mixing tin salt solution and graphene oxide, adding nitrogen doping agent, freezing, drying and cooling.

LU J, CAO Q, WANG Y, XU C, LI C

Nitrogen-doped graphene quantum dot derived from nanomaterial-lignin useful in field of biological medicine, comprises nanomaterial lignin powder, yttrium oxide powder, alumina powder, and silicon nitride powder.

CHEN W, ZHAO Z, LOU R, LIU X, CHENG K, JIAO X

Preparing bismuth silicon oxide-bismuth oxide silicate/reduced graphene oxide photocatalyst, comprises e.g. mixing graphite powder with concentrated sulfuric acid, stirring, and reacting with bismuth nitrate and ethyl orthosilicate.

WU Y, HU J, ZENG B, GUAN M