国家/地区 中国（47）
IPC部 C（47） B（10） H（6）
IPC大类 C08（47） C09（19） B29（5）
B32（4） B33（3） H01（3）
H05（3）
IPC小类 C08K（47）
IPC C08K003/04（41） C09K005/14（18） C08J005/18（12）
C08K003/38（9） C08L001/02（9） C08L023/12（9）
C08K007/06（8） C08K009/04（8） C08L023/06（8）
C08L077/00（8） C08K009/02（7） C08L063/00（7）
C08K003/22（5） C08L071/02（5） C08L079/08（5）
发明人 DING P（32） SHI L（26） SONG N（22）
HOU X（5） LI X（5） WANG J（5）
CUI S（4） TANG S（4） WANG Q（4）
XU T（4） ZHANG Y（4） JIA S（3）
JIANG P（3） LIU H（3） LIU J（3）
公开年 2021（11） 2020（8） 2016（5） 2017（5） 2022（5） 2014（4） 2015（4） 2018（3）
申请年 2021（8）  2019（7）  2014（5）  2017（5）  2020（5）  2022（5）  2015（4）  2016（4）  2013（2）  2018（2） 
专利权人 UNIV SHANGHAI（47）

Preparing high thermal conductivity electromagnetic shielding polyimide co-carbonized carbon fiber complex material useful in military, comprises e.g. preparing modified polyamic acid spinning fiber felt, immersing in high-performance resin, and post-processing.

LI X, DING P

Graphene electrothermal composite film having safety voltage of 6 volts useful in the high performance flexible electrothermal film and technical field, comprises reduced graphene oxide, carboxylated carbon nanotubes, polyvinyl alcohol and silane coupling agent.

ZHANG Y, JIANG Y, LI Y

Preparing three-dimensional resin-based carbon fiber composite material useful in aerospace, comprises soaking three-dimensional carbon fiber multi-scale reinforcement in thermoplastic resin and forming continuous micro-network in XYZ three-dimensional direction under micro and multiscale.

SHI L, DING P, LI X, XU T

Continuous carbon fiber reinforced thermosetting resin prepreg for three-dimensional printing, has carbon fiber bundles, thermoplastic rubber and thermosetting resin arranged, and carbon fiber bundle formed by bonding carbon fiber with binder.

HU Q, LI D, ZHANG H

Reinforced flame-retardant micro-capsule composite material comprises modified thermoplastic polymer core coated with synergistic fire retardant.

LI J, QIAN Q, JIN L, WANG J, SONG Y, FU Z, DING P, PENG J, SONG N

Thermal system management method for electric vehicle power battery, involves arranging composite material in gaps of battery, automatically changing heat conductivity coefficient of material to preset values, based on temperature change in gaps.

YU P, LIU H, WANG J

Nano-cellulose thermally conductive composite film comprises nano-cellulose/graphene layers and nano-cellulose/dopamine modified boron nitride layers, where nanocellulose/graphene layer in composite film is filled with graphene nanosheets in nanocellulose.

SONG N, GUO R, DING P, WANG Q

Multi-layer structure flexible film comprises multiple single-layer film stacked with e.g. high thermal conductive flexible graphene oxide-polymer material composite film, including e.g. graphene oxide, and thermoplastic polymer material.

DING P, SONG Y

Preparation of polypropylene-based thermally conductive composite material, involves adding nanomaterials to organic solvents, dispersing to obtain dispersion liquid, adding polydopamine-modified polypropylene to dispersion liquid, drying.

SONG N, CAO D, DING P, SHI L

High thermal conductivity polymer material composite film with thermal response performance, comprises multi-layer composite film with high thermal conductivity comprising graphene, boron nitride, nano-cellulose and polyethylene glycol.

DING P, PENG F, SONG N