国家/地区 中国（11） 世界知识产权组织（2）
IPC部 C（8） G（5） B（3）
IPC大类 C01（8） G01（5） B82（3）
IPC小类 C01B（8） G01N（5） B82Y（3）
C01G（3）
IPC C01B031/04（8） C01G009/02（3） G01N027/30（3）
B82Y030/00（2） G01N021/64（2）
发明人 HUANG S（11）
公开年 2014（11）
申请年 2014（6）  2013（5） 
专利权人 UNIV HARBIN .（3） SHENZHEN INS.（2） UNIV GUANGXI.（2）

Graphene quantum point ferric ion fluorescence intensity detecting method, involves establishing linear relationship based on multi part standard solution, and calculating fluorescence intensity value based on ferric ion solution.

HUANG S, QIU H, SU W, XIAO Q, ZHU F, SHENG J, WANG L

Preparation of silver-doped graphene composite paper involves providing graphene oxide, ultrasonically processing to obtain graphene oxide suspension, adding silver nitrate, vaporizing, and subjecting to reduction treatment.

FU X, HUANG S, SUN R, GUO H

Preparation of graphene thin film comprises preparing graphene oxide suspension, adding adhesive, incubating, coating on substrate, drying to obtain substrate graphene oxide composite film, high temperature annealing, and separating.

FU X, HUANG S, SUN R, GUO H

Preparing graphene, by assembling graphite electrode as positive electrode and metallic lithium as negative electrode into battery to obtain lithium graphite, dispersing lithium graphite into organic solvent, and ultrasonically processing.

HUANG S, PAN M, TU W, WANG Y

Method for detecting graphene quantum dots of potassium dichromate, involves preparing standard solution of potassium dichromate with graphene quantum dot, and drawing linear relationship followed by detecting fluorescent intensity.

SU W, HUANG S, WANG L, XIAO Q, SHENG J, QIU H, ZHU F

Preparing graphene oxide having high specific surface area comprises subjecting graphite to chemical oxidation, dispersing resulting graphite oxide precursor in mixed medium of t-butanol and water, and then freeze-drying.

DING T, HUANG S, WANG J

Nitrogen-doped porous graphene carbon nano/sulfur composite material for lithium-sulfur battery, has elemental sulfur provided on porous carbon nanotube, and carbon nano-level multi-hole structure including microporous and mesoporous.

HUANG S, CHEN X

Manufacture of zinc oxide nanowire/graphene composite foam used as working electrode, involves transferring foamed graphene on indium-tin oxide glass, precasting, forming zinc oxide layer, hydrothermally-reacting, heating and cooling.

HUANG S, YUE H, WANG L, ZHANG C, CHANG J, GAO X, GUO E, ZHANG H, YU Z, ZHANG J

Preparation of graphene involves taking flake graphite, mixing with concentrated sulfuric acid, heating, carrying out ultrasonication, standing, separating, dehydrating, refluxing with hydrazine hydrate, cooling, filtering and drying.

HUANG S, LAI Q

Manufacturing zinc oxide nano-sheet spherical/foamy graphene composite material useful as working electrode, comprises reacting three-dimensional foam graphene/indium tin oxide glass with hydro-thermal reaction solution in a reactor.

CHANG J, GAO X, GUO E, HUANG S, YUE H, WANG L, ZHANG C, ZHANG H, YU Z, ZHANG J