国家/地区 中国（48） 美国（3） 世界知识产权组织（3） 印度（2） 韩国（2）
IPC部 B（53） G（53） C（36）
IPC大类 B22（53）
IPC小类 G01N（53）
IPC B22F009/24（39） B82Y040/00（29） B82Y030/00（26）
B22F001/00（22） G01N021/65（18） G01N027/30（17）
C01B032/184（13） G01N027/327（12） G01N027/48（12）
B22F001/054（10） C01B032/198（9） C01B032/194（7）
G01N033/543（4） B82Y015/00（3） C01B032/19（3）
发明人 ZHANG Y（5） ANZELMO B H（3） COOK D（3）
GHEZELBASH H（3） LI M（3） LI X（3）
LI Z（3） SINGH S（3） TANNER D（3）
HE J（2） HU X（2） LI D（2）
LI Y（2） LIU M（2） LIU X（2）
公开年 2020（11） 2022（9） 2018（7） 2021（6） 2017（5） 2015（4） 2019（4） 2023（4） 2014（2）
申请年 2019（8）  2020（8）  2021（8）  2022（8）  2017（7）  2016（4）  2013（3）  2018（3）  2014（2） 
专利权人 LYTEN INC（3） QINGDAO FENG.（2） UNIV HUAZHON.（2） UNIV HUBEI T.（2）
UNIV JIANGSU.（2）

Method for manufacturing carbon-based composite material loaded gold nano glassy carbon electrode for use in electrochemical sensor for detecting nitrite content in food, involves pre-treating multi-wall carbon nanotube material.

YAN J, LI D

MOF-AuNRs-NG composite material for simultaneous detection of dopamine, uric acid and vitamin C, comprises materials by weight, where complex is core-shell structure compound taking gold nano-rod as core, and carbon material.

WU D, YANG Y, ZHANG T, XU Y, CHEN M

Preparing electrochemical sensor used for detecting zearalenone in food, involves modifying graphene nano ribbons and gold nanoparticles onto glassy carbon electrode by electrodeposition, and using electro polymerization to polymerize molecularly imprinted membrane on modified electrode surface.

ZHONG M, LI X, XIE H, SHENG X, ZHOU B

Preparing platinum/gold modified boron/sulfur/nitrogen doped reducing oxidation graphene for use in electrochemical immune sensor, involves adding graphite powder and sodium nitrate into sulfuric acid, stirring, adding potassium permanganate, adding water, and heating and refluxing for 1-3 hours.

LI M, LIU M

Preparing electrochemical sensor for simultaneously detecting bisphenol A and C, comprises placing single-wall carbon nano-tube in concentrated sulfuric acid-concentrated nitric acid mixed solution, and ultrasonically processing.

NING P, WEI K, TANG H, JI W, PAN K, ZHOU J, QU G

Method for preparing nitrogen sulfur co-doped porous graphene film loaded with metal nano particles, involves dissolving nitrogen-containing sulfur compound in graphene oxide water solution, and mixing uniformly and stirring to completely dissolve.

ZHANG Y, XI J

Preparing a label-free electrochemical immunosensor, comprises dispersing reduced graphene oxide in the gold nanoparticle solution, washing and drying to obtain nano-composite, adding into EDC and NHS solution for activation.

LI M, LIU M

Preparing nano gold/reduced graphene oxide paper-based electrochemical sensor useful in electrochemical sensing of hydrogen peroxide, comprises adding patterned reduced graphene oxide electrode containing nano-gold particles into chloroauric acid solution, and drying.

WANG C, WANG X

Preparing platinum-polyaniline-reduced graphene oxide nanocomposite for preparing hydrazine hydrate sensor, involves preparing graphene oxide powder, and preparing polyaniline-graphene oxide composite powder to obtain product.

DANG L, HUANGFU H, REN R, ZHAO K, CHEN G

Preparing graphene-silver detection electrode material useful in electrochemical biosensor, environment monitoring and food medicine, comprises e.g. preparing graphene, dispersing graphene, mixing to react, filtering and drying.

FENG C, NING S, WANG L, CAO F, FENG H