国家/地区 中国（8）
IPC部 C（8）
IPC大类 C25（8） G01（7）
IPC小类 C25D（8）
IPC C25D015/00（8）
发明人
公开年 2013（2） 2021（2）
申请年 2020（3） 
专利权人

Thin-layer polymer sensitive film solid-contact ion selective electrode based on pulse galvanostatic control in electrochemical sensor, comprises conductive substrate, and sensitive film, and reduces pre-activation time of electrode.

LI J, QIN W

Preparing core-shell gold-cuprous oxide/graphene/polydopamine composite sensitive film modified electrode, comprises e.g. preparing mixed electroplating solution, electrochemically depositing obtained product on substrate, and post-treating.

LI M, XUE Y, LI H, LI C

Nafion/glucose oxidase/graphene oxide/nano porous platinum electrode for use in rapid and sensitive detection of glucose in plant fruit, prepared by taking platinum wire electrode as working electrode, and soaking in graphene oxide solution.

LONG Y, WU B, XU H, YANG L, LI Y, ZHOU H, SHI Y, YAO Z, DENG H

Preparation of graphite pencil-modified electrode used for detecting dihydroxybenzene isomer in water, involves immersing graphite pencil electrode in graphene oxide-perfluorinated resin solution, and electrochemically polymerizing.

QIAN X, YANG Y

Preparation of electrochemical sensor for detecting doxorubicin, involves adding dispersion containing silver nitrate and carbon dot/graphene oxide into electrolytic cell, inserting glassy carbon electrode, and performing cyclic voltammetry.

JIN H, GUI R, WANG Z

Self-lubricating solid composite coating for application to clockwork mechanisms, comprises particles of graphene and/or graphene oxide distributed in a matrix metal.

MARLOT DOERR A, BOURBAN S, DRIEUX B, MARLOT D A

Nickel oxide graphite nano-material modified carbon electrode used in detecting acetaminophen, has electro-deposited nickel oxide surface and graphene nanoparticles.

WANG X, LIU G, SONG P, WEN Y, YANG H, CHEN H

Graphene-copper nanoparticles composite material used for preparing electrochemical sensor, is obtained by polishing glassy carbon electrode, and compounding copper nanoparticles on obtained graphene layer.

LIU C, ZHANG H, TANG Y, LUO S, WU N, YANG Q