国家/地区 中国（9）
IPC部 C（6） B（3） G（3）
H（2）
IPC大类 C01（3） G01（3） B82（2）
C25（2） H01（2）
IPC小类 C01B（3） G01N（3） B82Y（2）
H01J（2）
IPC G01N027/30（3） C01B031/04（2） H01J001/304（2）
发明人 MENG A（9）
公开年 2016（3） 2023（2）
申请年 2016（4）  2022（2） 
专利权人 UNIV QINGDAO SCI TECHNOLOGY（9）

Preparing self-supporting flexible electrochemical sensor electrode material used for live cell release of hydrogen peroxide in real time detection, involves growing nano-spherical cobalt tetraoxide on nitrogen-sulfur co-doped-reducing oxidized graphene-carbon nano-tube film.

ZHANG Y, HONG X, ZHAO J, MENG A, LI Z, SHENG L

Self-supporting flexible hydrogen peroxide sensor electrode material based on manganese oxide-cobalt/reduced graphene oxide-carbon nanotube, comprises three dimentional porous nano-flower-shaped manganese dioxide.

ZHANG Y, HONG X, LIU W, ZHAO J, MENG A, LI Z, SHENG L

Fully-hydrolyzed hydroelectric catalyst for electrocatalyst hydrogen evolution reaction in alkaline medium, comprises vanadium-nickel-iron-nitride and nickel nano-particles grown on nitrogen-doped graphene tube in situ.

ZOU J, ZHOU Q, ZHAO J, MENG A, LUO S, LI Z, SONG G

Surface multi-fold nitrogen-doped tubular graphene used for field emission cathode material which has tubular structure and specified quantity range of pipe diameter and is formed by staggered stacking of nitrogen-doped graphene sheets.

SONG G, LI Z, ZHANG J, LUO S, MENG A

Preparation of electrode composite nanomaterial used for enzyme-free glucose sensor involves processing glassy carbon electrode, preparing graphene oxide dispersion, electrodepositing, potentiostatic electrodepositing, and drying.

LI Z, SHENG L, ZHANG M, MENG A, XU Q

Preparation of nitrogen-doped graphene silica coaxial nanotube used as field emission cathode materials involves reacting solid melamine and mixed powder of silicon and silica with graphite substrate impregnated catalyst.

LI K, LI Z, MENG A, ZHANG M, SONG G

Template-free one-step method for preparing graphite-type nitrogen-doped graphene tube in high proportion, used in vacuum microelectronic devices, involves immersing graphite substrate in ethanol solution and introducing methane gas.

LI K, LI Z, MENG A, ZHANG M, SONG G, ZHENJIANG L, GUANYING S, ALAN M, MENG Z, KAIHUA L

Microwave preparation of graphene catalytic silver phosphate/nano composite material comprises using graphene oxide solution, deionized water, carrying out ultrasonic treatment at acoustic power, to obtain graphene oxide aqueous solution.

FAN X, LI Z, MENG A, SHAO J, ZHANG M

Microwave-assisted preparation of graphene oxide involves magnetically stirring graphite powder and potassium permanganate, adding strong acid and hydrogen peroxide, ultrasonically peeling and centrifuging graphite oxide.

LI Z, MENG A, SHAO J, WANG J, ZHU K, XIE C