国家/地区 中国（15）
IPC部 C（10） G（6） B（3）
IPC大类 C01（7） G01（6） C23（3）
B82（2）
IPC小类 C01B（7） G01N（6） C23C（3）
B82Y（2）
IPC C01B031/04（6） B82Y040/00（2） G01N027/30（2）
发明人 LI X（15）
公开年 2014（5） 2013（3） 2015（3） 2021（3）
申请年 2014（6）  2013（3）  2021（3）  2012（2） 
专利权人 SHANGHAI INST MICROSYSTEM INFORMATION（15）

Cell exocytosis research chip based on multi-dimensional nano-sensitive materials used in detecting exocytosis events of dopaminergic neuron cells, comprises counter electrode, reference electrode and working electrode, where working electrode is coated with multi-dimensional nano-sensitive material.

WANG X, LI X, XU P

Modified electrode used for detecting content of formaldehyde in test liquid by electrochemical detection process, has electrode, where working area of electrode is covered with composite material layer.

WANG X, SU L, SHI J, XU P, LI X

Growing high-entropy alloy nanoparticles on a flexible substrate involves obtaining a flexible substrate, using laser direct writing technology to grow a three-dimensional graphene film with a preset shape on the flexible substrate.

LI M, LI X, XU P, WANG X

Preparation of graphene-based high-entropy alloy nanoparticles used as sensitive material in preparation of electrochemical sensor, involves dispersing graphene oxide powder in alloy nanoparticle precursor solution, radiating, and heating.

LI M, LI X, XU P, WANG X

Method for representing graphene, involves forming graphene on substrate, and followed by judging damage condition of graphene surface according to corrosion degree of lower part of graphene substrate.

CHEN Z, LI X, SUI Y, WANG B, ZHANG H, ZHANG Y, YU G

Method for determining use of chemical vapor deposition grown graphene crystal orientation of polycrystalline copper substrate surface, has determining use of graphene crystal orientation of copper substrate surface.

CHEN Z, LI X, SUI Y, WANG B, ZHANG H, ZHANG Y, YU G

Selection of qualified region of chemical vapor deposited graphene film during fabrication of microelectronics, involves heating chemical vapor deposited graphene film formed on metal substrate using reaction gas, and removing defect.

CHEN Z, LI X, SUI Y, WANG B, ZHANG H, ZHANG Y, YU G

Wet etching chemical transfer method, useful for improving surface cleanliness of graphene, comprises depositing metal layer on metal-catalyzed substrate and graphene, and coating polymethylmethacrylate organic colloid on metal layer.

SUI Y, ZHANG H, ZHANG Y, YU G, CHEN Z, LI X, ZHU B, TANG C

Continuous graphene film distinguishing method, involves coating organic colloid layer on metal catalytic substrate, where organic colloid layer and graphene film combination are placed in deionized water, and obtaining graphene film.

CHEN Z, LI X, SUI Y, WANG B, ZHANG H, ZHANG Y, YU G, ZHU B, TANG C

Increasing mobility of graphene comprises preparing hydrazine hydrate solution, soaking graphene sample in hydrazine hydrate solution for specified time, and taking out for blow drying.

CHEN Z, LI X, SUI Y, WANG B, ZHANG H, ZHANG Y, YU G