国家/地区 中国（15）
IPC部 C（7） G（7） B（6）
IPC大类 G01（7） B01（4） C01（3）
B82（2） C08（2）
IPC小类 G01N（7） C01B（3） B01D（2）
B01J（2） B82Y（2）
IPC G01N027/30（6） G01N027/48（4） C01B031/04（3）
B01D067/00（2） B01D071/34（2） B01J020/26（2）
B01J020/30（2） B82Y030/00（2） G01N027/26（2）
发明人 LI Y（5） MA Z（5） WANG H（5）
YAO X（5） ZHAO X（5） XU Z（4）
ZHANG J（4） CHEN T（3） LI B（3）
QIAN X（3） YU L（3） ZHOU B（3）
HUANG Y（2） LI J（2） NIU J（2）
公开年 2014（11） 2013（4）
申请年 2013（15）
专利权人 UNIV TIANJIN POLYTECHNIC（15）

Method for preparing dual-functionalized graphene sulfhydryl modified glassy carbon electrode, involves treating mercapto functionalized graphene with sodium hydroxide, and drying obtained product at room temperature to obtain electrode.

MA Z, CHEN T, WANG H, YU L, TIE N, YAO X, ZHAO X

Preparing graphene composite involves synthesizing graphene composite with iron chloride dissolved in ethylene glycol to obtain yellow transparent solution, and adding graphene oxide and sodium acetate to solution and then stirring.

HUANG Y, LI Y, ZHANG J, LI J, LANG L

Method for manufacturing diethylene triamine pentacetic acid graphene function modified glassy carbon electrode for quick heavy metal tracing electrochemical sensor, involves manufacturing diethylene triamine pentacetic acid graphene.

MA Z, CHEN T, WANG H, YAO X, ZHAO X

Method for preparing salicylic acid functionalized graphene modified glassy carbon electrode that is utilized for detecting trace amount of cadmium ions, involves coating salicylic acid functionalized graphene on glassy carbon electrode.

MA Z, ZHANG J, WANG H, YAO X, ZHAO X

Method for preparing mercapto-based functionalized graphene modified glassy carbon electrode that is utilized for detecting trace amount of cadmium ions, involves dispersing graphene in solution followed by coating on surface of electrode.

MA Z, WANG H, YU L, TIE N, YAO X, ZHAO X

Method for manufacturing EDTA functionalized graphene modified glassy carbon electrode utilized in trace heavy metal electrochemical detection field, involves drying glassy carbon electrode at room temperature.

MA Z, CHEN T, WANG H, YU L, YAO X, ZHAO X

Preparing molecular imprinted estrogenic endocrine disruptor involves hydrothermal synthesis of magnetic graphene by dissolving ferric chloride hydrate in ethylene glycol to obtain mixture, which is agitated in ultrasonic agitator.

HUANG Y, LI P, LI Y, WU J, KOU X, LI J

Graphene oxide/polyaniline lithium ion battery anode material preparation method, involves heating hydrochloric acid in natural crystalline flake graphite surface, and adding graphite powder into concentrated sulfuric acid.

HU J, RUAN Y, WANG K, QI P

Preparing composite material comprises ultrasonic dispersing graphene oxide powder in solvent, mixing silicon-modified graphene, dianhydride, diamine mixture and non-proton polar solvent, performing insitu polymerization.

CAO L, ZHANG X, SHI H, SUN Q

Forming hollow tubular composite material by ultrasonic dispersion treating dispersant, hollow tubular graphene multi-porous polymer material and N,N-dimethyl acetamide and vacuum drying formed graphene liquid with graphite absorption layer.

HU X, XIAO C, ZHAO J