国家/地区 中国（105）
IPC部 G（105） B（19） C（11）
IPC大类 G01（105） B82（14） B01（4）
C01（4） C08（3） C09（2）
IPC小类 G01N（105）
IPC G01N027/30（41） G01N027/327（24） G01N027/48（20）
G01N027/26（16） G01N033/574（15） B82Y030/00（9）
G01N027/416（9） G01N021/76（8） B82Y015/00（7）
G01N021/64（6） G01N033/543（6） B82Y040/00（5）
G01N033/569（5） G01N033/68（5） G01N033/53（4）
发明人 WEI Q（43） WU D（34） MA H（33）
ZHANG Y（30） PANG X（23） LI H（20）
FAN D（18） DU B（16） WANG Y（16）
LI Y（14） LUO C（14） HU L（13）
WANG X（12） WANG H（11） CAO W（10）
公开年 2015（19） 2017（18） 2016（17） 2018（13） 2020（12） 2013（6） 2014（6） 2021（5） 2022（5） 2012（3）
申请年 2015（21）  2017（20）  2020（13）  2014（12）  2016（9）  2018（9）  2013（5）  2022（5）  2012（4）  2021（4）  2011（2） 
专利权人 UNIV JINAN（105）

Surface plasmon resonance biological sensing chip for sensing detection system, has graphene nano-sheet layer formed by depositing graphene of nano sheet, where nano-diamond particle layer is formed by deposition of particle dispersion.

CHEN L, LIU G, ZHENG C, XIAO L, LUO Y, CHEN Y

Detecting calpain activity based on a fluorescence sensor for cell imaging, involves mixing nano graphene oxide and fluorescence labeling polypeptide to obtain NGO-FSP fluorescence sensor, and mixing sample with sensor, incubating and detecting fluorescence intensity to determine activity of calpain.

LING Q, LI P, HUANG Z

Preparing surface plasmon resonance biological sensing chip useful in field of surface plasmon resonance for analyzing biomolecule interaction, comprises e.g. covering noble metal layer on surface of substrate, and depositing graphene nano-layer and nano-diamond particle layer.

CHEN L, LIU G, ZHENG C, XIAO L, LUO Y, CHEN Y

Constructing graphene quantum dots/zeolitic imidazolate framework-8 as signal quencher sensor, comprises e.g. synthesizing bismuth niobium oxychloride, constructing photoelectric sensor and electrochemical detection of photoelectric sensors.

LV Y, LIU M, MA T, QIN C, ZHANG J, MIAO P, YAN M

Preparing covalent organic framework/graphene composite material useful in preparing electrochemical sensor for real-time detecting of nitric oxide and carbon monoxide, comprises reducing sheet-type graphene oxide, drying, performing three cycles of degassing, sealing and heating and centrifuging.

CHI W, GAO H, MIAO J, GAO C, ZHU P, YU J, LI S

Preparing electrochemical immunosensor based on nickel-cobalt double metal hydroxide combined with graphene oxide reinforced luminol for detecting neuron-specific enolase, involves preparing nickel-cobalt double metal hydroxide NiCo-LDH, graphene oxide and PBS buffer solution.

WEI Q, FAN D, WU D, MA H, ZHANG Y, CUI Q, SONG C, SHI T, HU L

Preparing electrochemical immune sensor based on isoreticular metal organic framework-3 internal and external load nitrogen doped quantum dot composite material involves e.g. adding gold-modified zinc oxide nanorods to electrode, and combining with zinc oxide doped gold-antibody 2 solution.

WEI Q, FAN D, WU D, MA H, ZHANG Y, CUI Q, SONG C, SHI T, HU L

Preparing catalytic signal amplification sensor based on graphitic carbon nitride/molybdenum-doped bismuth vanadate combined with copper sulfide by electrodeposition of bismuth iodide oxide electrode, preparing molybdenum-doped bismuth vanadate electrode, and constructing photoelectrochemical sensor.

YAN M, MIAO P, ZHANG J, DONG X, QIN C, LI Z

Polyurethane foam electrode used for detecting mercury ion, is prepared by preparing reduced graphene oxide modified foam electrode using nickel hydroxide/polyurethane electrode, spreading solution of zinc nitrate and thioacetamide on electrode and detecting mercury ion in phosphate-buffered saline.

YAN M, WEI Q, ZHANG J, HAO M, FENG X, WANG Y, LI C

Preparation of ferrosoferric oxide-graphene oxide co-doped gold nano-star surface-enhanced Raman spectroscopy substrate for detecting antigen, involves shaking solution containing gold nano-stars and cortisol solution and collecting signal.

YAN M, HAO M, ZHANG J, ZHAO Y, WEI Q, YU J, MIAO P