国家/地区 中国（14） 美国（2） 世界知识产权组织（2）
IPC部 C（10） H（7） G（6）
IPC大类 H01（7） C01（6） G01（6）
C23（4）
IPC小类 C01B（6） H01L（6） C23C（4）
G01N（4） G01D（2）
IPC C01B031/04（5） C23C016/26（2） G01D005/26（2）
G01N027/00（2） G01N027/12（2） H01L021/02（2）
H01L031/0216（2） H01L031/028（2） H01L031/09（2）
H01L031/18（2）
发明人 WANG Y（15）
公开年 2014（4） 2017（3） 2018（2） 2022（2）
申请年 2013（4）  2017（4）  2022（2） 
专利权人 SHANGHAI INST MICROSYSTEM INFORMATION（15）

Graphene processing device for providing low energy injection ion for use in e.g. biological medicine application, has upper electrode net and the lower electrode net through which plasma generated by plasma coil discharge passes so as to process sample located on sample seat in processing chamber.

WANG W, JIANG C, WANG Y, WANG H

Method for preparing gas sensor used for detecting benzene gas, involves forming source electrode and drain electrode formed on sensitive material layer by optimizing oxidation degree of sensitive layer to increase sensitivity of gas sensor, and performing post-treatment for gas sensor.

WANG Y, CUI H, LI T, SONG J

Biochip based on size matching comprisesa multi-dimensional sensor composed of multiple zerodimensional sensors, one-dimensional sensor and/or twodimensional sensor based on detection requirement.

WANG Y, WEI S, LI T

Method for manufacturing graphene nanometer belt device array, has electrode areas exposed at both ends of graphene nano-ribbon array to keep electrodes in electrode area such that fabrication of graphene nano-ribbon array is completed.

ZHANG M, WANG Y, LI P, XUE Z, DI Z

Preparing graphene bionic photo detector having wavelength selectivity comprises e.g. providing a substrate, forming an electrode device on the substrate, providing graphene, transferring the graphene to the electrode device.

LI T, WANG Y, TONG J, ZHANG L, GAO A, ZHANG D, SONG H

Preparing graphene biomimetic photodetector based on temperature regulation property involves providing graphene and microheater platform, transferring graphene to microheater platform, annealing structure in chemical vapor deposition.

LI T, TONG J, WANG Y, ZHANG L, GAO A, ZHANG D, SONG H

Graphene bionic light detector based on temperature adjusting performance has micro heater platform graphene on micro heater platform, and active film formed on surface of graphene, and light receptor protein is formed on to active film.

LI T, TONG J, WANG Y, ZHANG L, GAO A, ZHANG D, SONG H

Graphene bionic light detector, has electrode device installed on substrate and provided with testing electrode, power supply lead and power supply electrode, light receptor fixed on active film, and insulating layer installed on substrate.

LI T, WANG Y, TONG J, ZHANG L, GAO A, ZHANG D, SONG H

Manufacture of gas sensor for nitrogen oxide, involves placing microheater platform substrate having graphene-covered surface, to chemical vapor deposition reactor, injecting inert gas, hydrogen and sulfur source gas, reacting and cooling.

LI T, GUO L, LIANG C, WANG Y

Nitrogen oxide gas sensor has micro heater platform substrate that is provided with sulfur doped graphene, and test electrode and heater that are arranged on substrate, and graphene that is configured to cover test electrode.

GUO L, LI T, LIANG C, WANG Y