国家/地区 中国（23）
IPC部 C（10） H（8） B（4）
D（2）
IPC大类 H01（8） C09（5） B01（3）
C01（3） B82（2） D01（2）
IPC小类 H01M（6） C09D（4） B01J（3）
C01B（3） B82Y（2） D01F（2）
H01L（2）
IPC H01M004/36（4） H01M010/0525（4） C01B031/04（3）
B82Y030/00（2） C09D001/00（2） C09D005/08（2）
C09D005/16（2） C09D011/52（2） H01M004/38（2）
H01M004/62（2）
发明人 CHEN S（23）
公开年 2016（23）
申请年 2016（23）
专利权人 FUJIAN MATER.（2） UNIV SHANGHA.（2） UNIV TONGJI（2）

Preparing graphene airgel-loaded carbon nanotube and ZIF-67 lithium battery electrode material comprises e.g. adding graphite powder, adding nitric acid, heating, cooling, adding carbon nanotubes and carrying out hydrothermal reaction.

SUN W, WANG Y, LI H, LIANG M, CAI C, YANG Q, CHEN S, ZHANG W, YIN X

Preparation of graphene/ultra-long titanium dioxide (B) nano composite material for lithium ion battery, involves dispersing graphene oxide and long-chain titanate nanotubes precursor, filtering to obtain solid mixture, and calcining.

YUAN S, XIONG J, JIANG G, CHEN S, HU Z

LED flip chip, has epitaxial layer formed with reflective layer, P-type gallium nitride layer formed with epitaxial layer, N lead electrode formed with insulating layer, and P-bonding pad formed with barrier layer of graphene.

JIANG Z, CHEN S, MO Q

High-conductivity graphene aqueous ink preparation comprises e.g. preparing ultra-fine copper powder by adding copper acetate to polyol, adding aqueous ammonia, and copper complex solution, and carrying out complexation reaction.

CHEN Q, CHEN S, FU X, GUO C, HUANG W, LI B, LI W, LIU X, MA L, QIAN J, QIAN Y

Preparation of graphene-based two-dimensional layered heterojunction includes passing hydrogen and a carbon source gas into reaction chamber including metal substrate, and heating to dissolve carbon in the metal substrate.

CHEN S, LI X

Graphene thermal rectifier material based high-power LED lamp radiating device, has thin pipe whose inner end is formed with radiating cavity, where outer end of thin pipe is formed with graphene thermal rectifier material layer.

LIU D, LIU Y, TANG Y, CHEN S, YANG D

Preparation of graphene-supported carbon coated silicon nanoparticle composite electrode material, involves hydrothermally reacting mixture containing phenolic resin prepolymer and nano silicon, and carbonizing phenolic resin.

ZHANG J, WU R, XIA G, CHEN S, FU C, WU A, ZHANG Y, ZHU F

Preparing high-concentrated graphene ink used in e.g. printed electronic techniques, by mixing graphite sheet and dispersing agent, subjecting mixture to ultrasonic dispersion, adding e.g. graphene powder, and centrifuging mixture.

CHEN K, CHEN S, YIN Y, WANG C, REN J

Flexible graphene heat guide membrane for lithium battery, comprises graphene microchip and microporous filter membrane, where graphene microchip is made of oxidized graphene or nitrogen-doped graphene oxide.

CHEN S, HAN J, RONG C, WANG D, ZHANG K, ZHAO Z

Industrial functionalized graphene reaction device, comprises reaction kettle, low temperature water bath device, filter, condensation device, temperature control device, gear pump, feeding port, stirring paddle, stirrer, and gear pump.

CHEN S, LI M, PENG X, TU J, ZHANG L, ZHOU X, LIN Z, LV C