国家/地区 中国（57）
IPC部 C（57）
IPC大类 C01（57） C08（14） H01（10）
B82（8） A61（3） B01（3）
C09（3） D01（3） G01（3）
A47（2） C03（2） C23（2）
D21（2）
IPC小类 C01B（57）
IPC C01B031/04（20） C01B032/184（20） C01B032/194（12）
C08K003/04（11） C01B032/182（7） C01B032/19（6）
C01B032/198（6） B82Y030/00（5） B82Y040/00（5）
H01M004/62（4） C01B032/186（3） C01B032/20（3）
C08K003/08（3） C08K007/24（3） D01F002/06（3）
发明人 TANG Y（57）
公开年 2014（10） 2018（8） 2022（7） 2015（5） 2016（5） 2017（5） 2021（5） 2019（4） 2020（3） 2013（2） 2023（2）
申请年 2014（12）  2018（9）  2016（7）  2022（7）  2015（5）  2019（5）  2021（5）  2013（2）  2020（2） 
专利权人 JINAN SHENGQ.（19） JINAN SHENGQ.（6） CHINESE ACAD.（3） JINAN SHENGQ.（3）
SHANGHAI INS.（3） UNIV CHINA J.（2） UNIV GUANGXI.（2） UNIV NANJING.（2）
UNIV QINGDAO.（2） UNIV ZHEJIAN.（2）

Preparing carbon-wrapped pyrophosphate polyanion composite material for sodium ion battery, comprises dispersing sodium source, iron source, phosphorus source, doping element source, carbon source and reducing agent in solvent, high-energy ball milling, drying, tableting and sintering.

ZHANG Q, TANG Y, SUN D, ZHU L, WANG H

Preparing ultra-high edge nitrogen-doped carbon nanosheets useful in potassium ion battery, comprises e.g. grafting reactive macromolecules to prepare graphene oxide-polymer molecular brushes, adding nitrogen-rich small molecules, hydrothermally reacting and freeze-drying, and carbonizing.

HUANG J, TANG Y, CEN Z, LIU S, WU D

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

Multifunctional surface enhanced Raman scattering (SERS) chip used in e.g. biomedicine field, has upper film that is loaded with silver cubic layer tightly attached on lower layer film loaded with graphene oxide layer and silver layer.

TANG Y, REN H, LIU K

Preparing graphene structure biological carbon for strengthening anaerobic digestion, involves preparing precursor after grinding, straw with water and put into high-pressure reaction kettle to preserve heat, then putting into concentrated hydrochloric acid solution for soaking, cleaning, and drying.

WANG T, HU K, GU X, TANG Y, WU J, ZHAO Y, LI X, GAO Q, ZHANG J, YUAN Y

Preparing a carbon/Prussian blue composite material useful in the field of battery, comprises e.g. preparing carbon material, chelating agent and transition metal salt into first mixture dispersion and performing first hydrothermal reaction to obtain carbon-transition metal composite precursor.

ZHANG X, ZHANG L, ZHAO Z, TANG Y

Preparing coal-based graphene and coal-based graphene quantum dot comprises uniformly mixing coal-based graphite with sodium nitrate, concentrated sulfuric acid, adding potassium permanganate into mixed solution, reacting, adding concentrated nitric acid, performing ultrasonic centrifugation.

MAO X, MA P, FAN J, CHE Q, LI R, TANG Y

Preparing and reducing graphene oxide used for lithium ion battery electrode material and preparation of adsorption material, involves adding astaxanthin in graphene oxide solution, and after uniformly reacting to obtain reduced graphene oxide.

YE F, LIN R, TANG Y

Method for producing hydrogen storage material, involves mixing magnesium powder with graphene to obtain mixed powder, pressing mixed powder into sheet, alternately executing heating and cooling treatment to sheet, and carrying out crushing treatment.

YIN M, TANG Y, WU X

Preparing reduced graphene oxide/nano silver composite film useful in flexible conductive material field, comprises e.g. adding ammonia water solution and reducing agent gallic acid, heating in water bath, filling layer of filter film in sand core funnel, filtering to dry state, and drying.

CHEN T, DING Z, HUA Y, TANG Y