国家/地区 中国（70）
IPC部 C（70）
IPC大类 C01（70） B01（16） B82（15）
H01（12） C07（5） G01（5）
C02（3） C12（3） C25（3）
B22（2） C08（2） D01（2）
IPC小类 C01B（70）
IPC C01B031/04（22） C01B032/184（18） B82Y030/00（12）
B82Y040/00（7） C01B032/194（7） C01B032/198（7）
C01B032/19（6） C01B032/40（5） H01G011/36（5）
H01G011/86（5） C01B003/04（4） H01G011/24（4）
B01J020/30（3） B01J031/22（3） B01J035/10（3）
发明人 WANG K（8） YAN Y（8） REN X（7）
WANG M（7） MA F（6） QIAN J（6）
SHEN X（6） YANG J（6） HUO P（5）
LI J（5） WANG H（5） WANG R（5）
DU X（4） JI Z（4） JIANG D（4）
公开年 2017（11） 2015（8） 2016（7） 2018（7） 2022（7） 2014（6） 2019（6） 2020（6） 2021（5） 2013（3） 2011（2）
申请年 2017（10）  2016（9）  2019（8）  2014（7）  2015（7）  2021（7）  2020（5）  2018（4）  2022（4）  2012（3）  2013（3）  2010（2） 
专利权人 UNIV JIANGSU（70）

Wearable aerogel composite film used in controlling human body micro-environment comprises radiation insulation layer, heat insulation layer and photothermal conversion layer, where radiation insulation layer is low surface energy and high infrared reflectivity fiber layer.

YUE X, LI Z, DAI Y, YANG D, ZHANG T, QIU F, CHEN Y

Preparation of graphene film used in self-supporting flexible supercapacitor electrode, involves preparing graphene nanosheets, preparing graphene slurry having preset viscosity, and patterning self-supporting graphene film.

SHI J, LIU Y, TIAN W, ZHANG L, WANG Q

Preparing three-dimensional DUT-67/RGO aerogel photo-catalyst useful for photocatalytic reduction of carbon-dioxidecomprises adding acetic acid, uniformly dispersing graphene oxide in deionized water, adding DUT-67 and ascorbic acid to suspension, hydrothermally reacting, and freeze-drying.

YAN Y, HUO P, SONG X, WANG H, ZHAO X

Detecting soluble sulfide based on transition metal carbides and nitrides (MXene)/graphene oxide (GO)/silver iodide three-dimensional heterojunction composite aerogel, involves cutting fluorine-doped indium tin oxide conductive glass, ultrasonicating followed by dropping aerogel suspension.

CUI H, TIAN Y, WANG C, WANG K, ZHANG Q, QIAN J

Preparing controllable graphene by using an electrode and magnetic field to adjust ion intercalation, involves placing electrolytic device in room temperature environment and then graphite sheet is placed distance as electrolytic electrode.

CAO D, TIAN W, LIU Y

Preparing nano-germanium/three-dimensional porous graphene composite material comprises e.g. dispersing graphite oxide in deionized water, dissolving tris(hydroxymethyl)aminomethane hydrochloride and cationic polyelectrolyte in sodium chloride solution, and adding polystyrene microspheres.

JI Z, SHEN X, CHEN Y

Preparing high crystallinity graphene nanobelt for use as oxygen reduction catalyst, involves dispersing nitrogen-doped carbon nanotubes, forming sample film on glassy carbon electrode surface, de-linking carbon nanotubes, washing sample film, dispersing, ultrasonically treating, and centrifuging.

LI B, XIANG T, YANG J

Preparing porous graphene loaded cobalt iron sulfide catalyst useful in e.g. fuel cell and zinc-air cell electrode material, comprises e.g. mixing graphene oxide, melamine, formaldehyde, cobalt source and iron source by hydrothermal reaction to obtain graphene hydrogel and performing heat treatment.

WANG Y, LIU Z, CHENG C, WU Z, YANG J, LI Y

Preparation method of the photocatalyst used for carbon dioxide conversion to carbon monoxide, involves reacting 2-aminoterephthalate oxygen zirconium tetrahydroxide, ascorbic acid and graphene oxide suspension hydrothermally.

HUO P, ZHOU W, LIU X, SONG X, XU M, WANG H, ZHAO X

Preparing nickel-nickel molybdenum oxide/graphene composite material useful for cathode of lithium ion battery, comprises e.g. ultrasonically dispersing graphene oxide in deionized water to obtain graphene oxide dispersion.

SHEN X, CHEN H, JI Z