国家/地区 土耳其（9）
IPC部 G（9） C（5） A（2）
IPC大类 G01（9） C01（3） C12（3）
A61（2）
IPC小类 G01N（9）
IPC G01N027/00（4）
发明人
公开年 2021（4） 2017（3）
申请年 2020（3）  2015（2） 
专利权人 UNIV ERCIYES.（2）

Preparation of a homogeneous solution of polyvinyl alcohol polymer, which is the support polymer, in water, comprises adding silver nitrate and palladium chalcogenide as solid powder to graphene oxide dispersion solution.

GOEKMESE F, GOEKMESE E, CEBECI B

Graphene field-effect transistor-based biosensor useful in early detection of lung cancer, has silicon substrate, reduced graphene oxide layer and silicon oxide layer enabling gold or titanium electrodes to be placed on silicon substrate.

YILMAZ E, BUDAK E, UENLUE E S, YILMAZ O, GUERER U

Electrochemical sensor used to detects the amount of glucose in liquid samples, includes an insulating support layer used as the top layer coating in the sensor and increasing the durability of the sensor surface.

UYGUN Z O

Nanocomposite with polymer/reduced graphene oxide/metal oxide or polymer/borophene/metal oxide structure for electrochemical sensor, comprises at least one conductive polymer, and at least one metal oxide, graphene or borophene structure.

TASALTIN N

Determining and measuring deltamethrin in insects, involves measuring deltamethrin concentration amperometrically with biosensor comprising acetylcholinesterase immobilized on magnetic bead as biorecognition element.

SAATCI E, KASKATI O T

Alternate voltammetry method involves generating graphene based electrode without removing graphite electrode from solution by submersion of graphite working electrode in electrochemical system into solution at different rates.

SAHIN Y, GURSU H, GENCTEN M

Signal generating method for diagnosing disease of patient, involves providing working electrode made of carbon-based graphene coating, reference electrode made of carbon, and other electrode made of silver.

TAYFUN M

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

Analyzing graphene for e.g. solar cells, electronic systems on printed circuit boards and semiconductor devices, comprises performing fluorescence quenching microscopy on graphene sample to identify graphene layers on arbitrary substrate.

OZKAN C S, OZKAN M, KYLE J R