国家/地区 中国（53）
IPC部 C（53）
IPC大类 C01（53） B82（8） C09（7）
H01（7） B01（3） C22（3）
C23（3） B05（2） C03（2）
C08（2） C25（2） D21（2）
IPC小类 C01B（53）
IPC C01B032/184（25） C01B032/194（15） C01B032/19（9）
B82Y030/00（8） C01B031/04（8） C01B032/198（7）
C09K011/65（4） B82Y040/00（3） B82Y020/00（2）
C01B032/182（2） C01B032/186（2） C01B032/914（2）
C01G049/06（2） C03C017/22（2） C08K003/04（2）
发明人 LU Y（53）
公开年 2021（10） 2022（9） 2017（8） 2023（7） 2018（6） 2015（3） 2020（3） 2014（2） 2016（2） 2019（2）
申请年 2022（12）  2020（9）  2021（8）  2017（7）  2015（4）  2016（4）  2018（4）  2019（2） 
专利权人 SHANGHAI NAT.（7） UNIV WUHAN T.（5） GUANGZHOU PO.（2） GUILIN XINYI.（2）
NANTONG TEIJ.（2） SHUIMU BEIJI.（2） UNIV HEFEI T.（2） UNIV NANTONG（2）
UNIV SOUTHEA.（2） UNIV SOUTHWE.（2） UNIV TSINGHU.（2） UNIV XIAMEN（2）
UNIV XINYANG.（2） UNIV YULIN N.（2） XI AN SPECIA.（2） YULIN TEACHE.（2）

Preparing graphene quantum dot based on heterogeneous catalyst, comprises e.g. dispersing manganese dioxide particles in water, adding hydrogen peroxide and neutral graphene oxide solution into reaction solution, then adding hydrochloric acid and hydrogen peroxide, and post-processing.

WANG J, LU Y, GE M, ZHANG F, CUI D

Preparation of graphene-coated glass micro-powder used as phase change heat absorber, involves dispersing oxidized graphene in pure water, adding glass micro-powder, stirring, adding ammonium bifluoride solution, reacting, reducing oxidized graphene, washing generated gel, and drying.

WANG J, LU Y, GE M, ZHANG F, CUI D

Amine-based modification of graphene quantum dots involves dispersing graphene quantum dots containing carboxyl group in water, heating, converting carboxyl group on surface of quantum dots into primary amide group, dispersing obtained solid in water, stirring, and dialyzing obtained solution.

WANG J, LU Y, GE M, ZHANG F, CUI D

Preparing graphene quantum dot involves modifying first graphene oxide, cutting into graphene quantum dot, dispersing graphene oxide into aqueous dispersion, adding ammonia water to dispersion to neutralize its acidity, and additionally adding ammonium chloride solution as an amine source.

GE M, LU Y, ZHANG F, CUI D

Generating graphene coating on surface of glass comprises adding mixed solution of ammonium fluoride and ammonium bromide into graphene oxide dispersion, using ammonium ions partially to reduce graphene oxide to make it into gel, coating on glass surface, heating, drying and wiping graphene.

WANG J, LU Y, GE M, ZHANG F, CUI D

Forming graphene radiating layer on aluminum surface, comprises dispersing graphene oxide in dilute sodium sulfate solution, electroplating in dispersion solution with aluminum part as anode, stopping current, and immediately drying surface of workpiece.

WANG J, LU Y, GE M, ZHANG F, CUI D

Waste lithium-ion battery recycling method based on selective enhanced crushing method, involves extracting metal and its maintenance by supercritical fluid/subcritical fluid, and using supercritical fluid/subcritical fluid extraction in situ preparation graphene from anode material.

SHI H, LU Y

Preparing synthetic graphene-modified aqueous polyurethane thermal storage fabric film used as fabric coating in fabric, comprises e.g. preparing primary graphene oxide by improving the Hummers method, centrifuging, defoaming, coating prepared coating stock solution on centrifugal paper, and baking.

DAI J, ZHANG W, LU Y, SONG Y

Preparing antibacterial graphene modified aqueous polyurethane heat storage fabric film, comprises preparing oxidation graphene by improving Hummers method, mixing prepared oxidized graphene and hyper-branched polymer, stirring and centrifuging, and drying.

DAI J, ZHANG W, SONG Y, LU Y

Nitrogen, sulfur-doped hierarchical macroporous/mesoporous graphene useful in lithium-ion battery and sodium ion battery, comprises honeycomb three-dimensional structure formed by stacking graphene sheets and macropores, where mesopores are distributed on graphene sheets.

FENG C, LU Y, YANG X