国家/地区 中国（13） 韩国（13） 美国（11） 世界知识产权组织（9） 欧洲专利局（EPO）（7） 日本（6）
IPC部 C（36）
IPC大类 C01（36）
IPC小类 C01B（36）
IPC C01B031/04（32） B82Y030/00（6） C01B032/182（6）
B82Y040/00（5） C01B032/184（5） C12Q001/68（5）
G01N033/00（5） G01N001/28（3） G01N021/64（3）
G01N021/65（3） G01N027/26（3） G01N027/407（3）
G01N027/62（3） H01G011/32（3） B01D015/00（2）
发明人 WANG Y（3） GYU L M（2） HEON H S（2）
IN C G（2） KI I C（2） MYEONG K L（2）
SEONG A U（2） SEUNG H H（2） SUN T K（2）
TAEK K S（2） WOOK S A（2）
公开年 2016（16） 2017（10） 2015（9）
申请年 2015（36）
专利权人 UNIV SEOUL N.（3） GWANGJU INST.（2） KOREA INST C.（2） UNIV SUNGKYU.（2）

Preparing polymeric composite based on reduced graphene oxide and poly (3-hydroxyphenylacetic acid), as matrix for oligonucleotide hybridization, involves modifying gold electrode with reduced graphene oxide nanocomposite.

MADURRO J M, MADURRO A G B, VIEIRA DA SILVA J

Preparing graphene family organic elements involves preparing aqueous graphene solution in which graphene family is dissolved in water and inducing water and water-soluble graphene family into plasma state.

HEON H S, SEONG A U, IN C G, TAEK K S, GYU L M, SEUNG H H, WOOK S A, KI I C, SUN T K, MYEONG K L

Method for quantitative and qualitative analysis of organic elements constituting graphene family, involves deriving elemental component reference of reference material using analyzer, and qualitatively analyzing element component.

HEON H S, SEONG A U, IN C G, TAEK K S, GYU L M, SEUNG H H, WOOK S A, KI I C, SUN T K, MYEONG K L

Adsorbing/sensing anionic material for producing composition of sensor, comprises reacting graphene oxide and cationic material to form a cationic graphene, and adsorbing the anionic material on the cationic oxidized graphene.

HWANG H, LEE H

Reduced graphene oxide used for forming electrode of gas sensor for sensing e.g. biomarker gas, is obtained by providing graphene oxide on surface of film and reducing graphene oxide at specified temperature by photo-sintering.

IL D K, SEON J C

Manufacturing biosensor platform involves synthesizing graphene, patterning the synthesized graphene and self-assembling the protein on the surface of the patterned graphene.

EOM K, KIM Y, NAM H K, NOYOUNGHYUN, YONG T K

Graphene oxide nanoparticles useful for diagnosing and treating tumor of mammal other than human, comprise a coating layer formed on surface of the oxidized nano-graphene and comprising triblock copolymer and substituted triblock copolymers.

TAE G, LEE J H, SAHU A, JANG C

Producing biosensor, by forming patterned convex portion on substrate, obtaining graphene layer, separating substrate and graphene layer, processing surface of graphene layer and combining detection unit with resonant unit.

LEE C S, BAE M H, SEO J T, LEE S W, KIM H S, KIM Y S

Graphene element useful to sense carbon dioxide for portable electronic devices i.e. mobile phones, comprises a coating layer comprising n-type doped polymer and hygroscopic polymer.

SUNKIL K, MOONHO H, GUNYOUNG J, KIHYEUN K, YUSIN P

Carbon-based electrode for detection of biological species, is obtained by forming yellow product using e.g. graphite, processing resulting material to form nanoribbons, mixing graphene nanoribbons with coal tar pitch, and shaping.

KARIPER I A, USTUNDAG Z, YAVUZ S, ASIK I, ERKAL A