国家/地区 中国（12）
IPC部 C（12） G（2） H（2）
IPC大类 C01（12） G01（2） H01（2）
IPC小类 C01B（12）
IPC C01B032/194（12）
发明人 DI Z（5） XUE Z（5） ZHANG M（4）
CHEN Z（3） HU S（3） LIANG Y（3）
SUI Y（3） YU G（3） ZHANG Y（3）
DING G（2） GAO M（2） HAN X（2）
JIA P（2） KANG H（2） LI J（2）
公开年 2017（3） 2018（2） 2020（2） 2021（2） 2023（2）
申请年 2016（2）  2018（2）  2021（2）  2023（2） 
专利权人 SHANGHAI INST MICROSYSTEM INFORMATION（12）

Transferring graphene involves growing graphene layer on substrate, depositing stress layer on graphene layer, spin-coating bonding glue on stress layer, attaching rigid substrate, peeling rigid substrate followed by performing Vander Waals bonding on laminated structure, and etching stress layer.

TIAN Z, XUE Z, ZHANG M, DI Z, JIANG H

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 tension sensor used in motion detection, medical monitoring and human-machine interface, involves preparing surface with multiple strip-shaped flexible substrates in parallel to each other, and releasing stretching force of stretching state to obtain fluorinated structure.

DENG S

Method for realizing dry transfer graphene continuous film, involves pressing PVA film on heterjunction at first preset temperature by using PVC film, and selecting second preset temperature as hardening temperature of PVA film.

XUE Z, GUO W, DI Z

Paramagnetic chiral graphene quantum dot useful for monitoring interaction between chiral molecules, comprises e.g. chiral graphene quantum dots and chelating agent form covalent bond through mutual functional group reaction.

DONG H, LI Y, YANG S, TAO Q, DING G, XIE X

Reversely transferring graphene comprises e.g. providing graphene grown on metal substrate, spin-coating first colloid on first surface of graphene to form first colloidal graphene-metal substrate structure, and sticking tape on first gel.

CHEN Z, YU G, ZHANG Y, SUI Y, LIANG Y, HU S, LI J, KANG H, WANG S

Changing the coupling performance of double-layer graphene comprises combining graphene sample and substrate to form a combined body, heating in a closed container filled with solvent to preset temperature and time and cooling.

CHEN Z, YU G, ZHANG Y, SUI Y, LIANG Y, HU S, LI J, KANG H, WANG S

Preparation of doped graphene involves providing substrate, forming protective layer on graphene layer, injecting doping element into graphene layer from upper surface of protective layer using ion implantation process and activating.

ZHANG M, GAO M, HAN X, JIA P, XUE Z, DI Z

Method for transferring graphene used in flexible electronic application, involves providing substrate, growing graphene on substrate, forming graphene/substrate structure, coating parylene on graphene and removing substrate.

ZHANG M, GAO M, HAN X, XUE Z, DI Z

Graphene film surface hydrophilicity improvement involves configuring surfactant solution, and then placing graphene film with substrate in surfactant solution for period of time.

CHEN Z, YU G, ZHANG Y, SUI Y, GE X, HU S, LIANG Y