国家/地区 中国（114） 世界知识产权组织（3）
IPC部 C（114）
IPC大类 C01（114） B82（9） H01（9）
B02（7） C09（3） G01（3）
B01（2）
IPC小类 C01B（114）
IPC C01B032/19（82） C01B031/04（37） C01B032/184（11）
C01B032/192（10） B82Y040/00（7） C01B032/194（6）
H01M004/62（6） B82Y030/00（5） C01B032/182（4）
C01B032/198（3） C01B032/225（3） H01M010/0525（3）
B02C023/06（2） C01B025/45（2） C01B032/956（2）
发明人 ZENG J（114）
公开年 2017（57） 2016（36） 2018（10） 2022（3） 2023（3） 2021（2）
申请年 2016（52）  2017（33）  2015（16）  2022（4）  2021（3）  2018（2）  2019（2） 
专利权人 CHENGDU NEW .（98） CHENGDU NEW .（8） CHENDU NEW K.（2） UNIV SHAANXI.（2）

Graphene flexible pressure sensor with bionic micro-nano structure, has graphene ends of conductive aggregate conductive film are respectively adhered with soft copper-clad organic polymer material film.

YAO B, WANG K, ZENG J, TANG T, LUO Y, LU G, LI H, HAN C, WU W

Method for preparing high-voltage sodium-ion battery anode carbon composite cobalt-based mixed with sodium phosphate by e.g. mixing sodium, divalent cobalt, and phosphorus source compounds, ball milling, and sintering sodium cobalt pyrophosphate precursor in stages under an inert atmosphere.

ZENG J, CAO Y, PENG Z, HU G, DU K

Method for improving performance of gas detector based on two-dimensional material, involves using ion to irradiate a two-dimensional material gas sensitive layer in gas detector based on two-dimensional material.

SUN Y, LIU J, ZHANG S, MA P, ZENG J

Preparing silicon carbide (SiC) nanowire array by magnetic field induction method, involves preparing layer of tin metal catalyst on substrate, plating layer of metal nickel (Ni) on surface of SiC nanowire with uniform size distribution to obtain Ni-SiC core-shell structure.

ZENG J, TANG Y, SU Y, WEI G, GUO Y, DING L

Preparation of a fluorinated graphene-modified epoxy resin coating, comprises preparing fluorinated graphene by adopting hydrofluoric acid to react with graphene oxide, and then fluorinated graphene was added to epoxy resin.

FAN H, HAO S, FAN B, QIN X, DONG Z, ZENG J, XUE Z, SHANG J

Preparation of graphene array, by coating boron trioxide on surface of silicon carbide foam, annealing to obtain substrate, pyrolyzing epitaxial graphene on substrate, subjecting to physical gas phase transmission treatment, and peeling off surface of foam with graphene array on surface.

WEI G, LI L, SU Y, ZENG J, DING L

Preparation of graphene for lithium batteries, involves heating sodium chloride and calcium chloride salt, forming composite molten salt, adding expanded graphite, grinding graphite and salt embedded large particles, dispersant and ethanol, stripping, filtering, desalting and drying.

LI J, SI W, ZENG J, CHEN Q

Continuously grinding and separating graphene by bubble type by preparing expanded graphite flakes, fatty alcohol polyoxyethylene ether sodium carboxylate, sodium cetyl sulfate and water into slurry, adding to vertical grinding device, grinding, forming foam and drying foam from overflow hole.

CHEN Q, ZENG J, SI W, LI J

Preparing lignin-based graphene quantum dots used in field of information encryption, involves performing enzymatic pretreatment of lignin, adding enzyme to reactor containing lignin for enzymatic hydrolysis pretreatment to obtain lignin.

CHENG Z, CHEN K, WANG B, ZENG J, XU J, GAO W, LI J

Preparing a three-dimensional graphene powder material, comprises e.g. taking a carbon-based material powder as a growth substrate, heating in an inert atmosphere, introducing a reaction gas, growing graphene sheet on carbon material powder.

YU J, MU Y, ZENG J