国家/地区 中国（11）
IPC部 C（8） G（7） B（2）
IPC大类 G01（7） C25（4） C08（3）
B01（2） C04（2）
IPC小类 G01N（7） C25B（4） C08J（3）
B01J（2） C04B（2）
IPC G01N027/30（6） G01N027/48（5） C08J009/26（3）
C25B003/00（3） B01J035/10（2） C04B028/00（2）
C04B111/20（2）
发明人 LIU B（4） KONG F（3） WANG W（3）
CAI A（2） CAO Y（2） CUI L（2）
HU Z（2） JIN J（2） MA Y（2）
WANG X（2） YAO L（2） ZHANG C（2）
公开年 2020（11）
申请年 2020（11） 
专利权人 YANCHENG INST TECHNOLOGY（11）

Metal oxide/graphene composite catalyst includes metal oxide as copper-zinc-aluminum mixed metal oxide, and is uniformly dispersed on reduced graphene oxide in layered hydrotalcite structure.

LUO J, CHEN X, SUN C, FENG M, JIANG C, HE M

Preparing bensulfuron-methyl molecularly imprinted electrochemical sensor involves using graphene-modified screen printing electrodes as substrate, performing electropolymerization to form imprinted polymer in acidic sodium sulfate solution.

LIU B, PAN M, XIAO B, CAO Y

Preparing sulfadimethoxine molecularly imprinted electrochemical sensor for graphene-modified glassy carbon electrode, involves performing electropolymerization to form a molecularly imprinted polymer in a phosphate buffer solution.

LIU B, JIN J, CAO Y, MA Y

Preparing acetamiprid molecularly imprinted electrochemical sensor based on screen-printed carbon electrode modified with graphene involves performing electropolymerization to form polymer in solution of methylene blue and acetamiprid.

LIU B, MA Y, CUI L, WANG M

Preparation of molecularly imprinted electrochemical sensor involves forming graphene-modified electrode, dissolving 2-mercaptobenzimidazole and flumorpholine in acidic sodium sulfate solution, and forming molecularly imprinted polymer.

LIU B, CHEN T, JIN J, CUI L

Preparing three-dimensional graphene-loaded zero-valent iron composite material, comprises e.g. quickly adding the solution A of iron salt into the solution B of organic ligand, mixing, centrifuging, drying, calcining, and cooling naturally.

WANG H, SHAN L, YAN J, QUAN G, LI N

Preparing silver-platinum-graphene oxide (Ag-Pt-rGO) nanocomposites used for preparation and detection of catechol sensors, involves weighing graphene oxide in distilled water and stirring ultrasonically to obtain graphene oxide solution.

KONG F, YAO L, WANG W

Synthesizing gold nanoparticles-zinc oxide-reduced graphene oxide nanocomposite material by ultraviolet light reduction method useful for preparing electrochemical sensor for detecting 6-gingerol, comprises e.g. taking graphene oxide.

KONG F, ZHANG L, WANG Y, WANG W

Graphene oxide-silane coupling agent-geopolymer composition material comprises silicon aluminum material, alkali activator, silane coupling agent hydrolysate, graphene oxide, dispersant and silicon aluminum raw material is metakaolin.

ZHANG C, HU Z, GAO W, CAI A, WANG X, SUN N

Preparing gold-mercury-reduced graphene oxide nanocomposite useful for detecting hydrogen peroxide, comprises e.g. preparing chloroauric acid solution, and preparing citric acid-sodium citrate buffer solution.

KONG F, YAO L, WANG W