国家/地区 中国（46）
IPC部 C（46）
IPC大类 C01（46） H01（9） B82（5）
C08（3） C23（3） G01（3）
B01（2） B22（2）
IPC小类 C01B（46）
IPC C01B031/04（15） C01B032/184（14） C01B032/194（10）
H01M010/052（5） B82Y040/00（4） C01B032/186（4）
H01M004/62（4） B82Y030/00（3） C01B032/182（3）
C01B032/19（3） C01B033/02（3） H01M004/04（3）
H01M004/36（3） H01M004/38（3） H01M004/48（3）
发明人 LIN Z（46）
公开年 2021（10） 2014（8） 2018（7） 2022（7） 2016（3） 2019（3） 2015（2） 2017（2）
申请年 2021（7）  2016（5）  2019（5）  2022（5）  2012（4）  2017（4）  2020（4）  2013（3）  2014（3）  2018（3）  2015（2） 
专利权人 NINGBO INST .（7） FUJIAN HUIRU.（5） DAEJOO ELECT.（3） ACAD SINICA（2）
CHANGZHOU XI.（2） GUANGDONG MO.（2） HANGZHOU BAY.（2） NINGBO INST .（2）
UNIV XIDIAN（2）

Integrated self-charging system of perovskite flexible solar cells and lithium-sulfur batteries comprises perovskite flexible solar cell including e.g. flexible substrate, transparent conductive layer, lithium-sulfur battery includes anode, cathode and solid electrolyte.

HAO Y, ZHANG J, WEI W, LIN Z, ZHANG M, GUO X, YANG W, CHANG J

Preparation method of surface P-type gallium oxide, involves preparing single-layer polar hydrogen fluoride graphene by surface functional growth, constructing heterojunction interface between gallium oxides/polar fluoride graphene, and obtaining surface-P-type gallium oxide without lattice damage.

HAO Y, ZHANG J, GAO X, LIN Z, SU J, YUAN H, CHANG J

Graphene paper composite filler conductive mortar useful e.g. in building material comprises cement, fly ash, middle sand, graphene paper composite material, re-dispersible latex powder, water reducing agent, retarder, and antifoaming agent.

LIN Z, HUANG B, HUANG N, WANG P, ZHANG X, ZHANG W

Thermal interface material useful for electronic packaging material, comprises three-dimensional graphene skeleton including graphene sheets.

JIANG N, TAN X, DAI W, LIN Z, LV L

Preparing multi-element transition metal lithium-sulfur battery anode material useful in preparation of lithium sulfur battery, comprises adding transition metal salt and thiourea into the graphene oxide dispersion liquid, stirring uniformly and carrying out hydrothermal reaction.

WANG J, LIN Z, GAN T, WU F

Rapid conversion of precursor molecules into graphene nanoribbons, involves placing carbon nanotubes with open ports and precursor organic molecules in sealed container, heat-treating at high temperature, and performing microwave heat-treatment on obtained carbon nanotubes filled with molecules.

LIN Z, ZHANG H, SHI L

High-speed steel self-lubricating coating comprises cobalt, chromium, carbon, and water.

LIN J, CHEN J, HUANG F, LANG Z, ZUO L, CHEN Y, PAN P, LIN Z, LU X

Preparing graphene micro-nano cavity superconducting film as thermal interface material, heat-conducting phase-change or shielding buffer material, involves preparing graphene oxide composite membrane under solidification temperature.

LIN Z, WANG Z, HUANG W, CAI J, HAO Z

Method for high-cleanliness and non-destructive transfer of graphene nanoribbons used in nano electronic component, involves removing gold (Au) layer after soaking, and obtaining graphene nanoribbon/support substrate sample after washing and drying.

LIN Z, CHEN Q, CAI J

Preparation of nano manganese dioxide/carbon based dots/nano-gold surface enhanced Raman substrate involves adding manganous chloride, adding sodium hydroxide solution to adjust pH, and mixing synthesized nano-manganese dioxide/carbon-based dot material and nano-gold/carbon-based dot material.

LIU Z, WANG Q, LIN Z, FU F, DONG Y