国家/地区 中国（86）
IPC部 C（86）
IPC大类 C01（86）
IPC小类 C01B（86） B82Y（10） B01J（5）
C09D（3） C09K（3） H05K（3）
B06B（2） C23C（2） G01H（2）
G01N（2） H01G（2） H05B（2）
IPC C01B032/184（56） C01B031/04（32） C01B032/194（19）
C01B032/198（9） B82Y040/00（8） C01B032/19（6）
B82Y030/00（5） C01B032/182（4） C01B032/186（4）
B01J021/18（3） C09D011/30（3） H05K009/00（3）
B01J019/12（2） B06B001/02（2） C01B031/02（2）
发明人 PENG L（86）
公开年 2018（34） 2016（20） 2015（6） 2020（6） 2014（4） 2021（4） 2022（4） 2023（4） 2019（2）
申请年 2018（25）  2016（20）  2017（9）  2014（8）  2020（7）  2022（5）  2019（4）  2021（4）  2015（2） 
专利权人 UNIV ZHEJIAN.（40） HANGZHOU GAO.（32） ZHEJIANG TAN.（13） UNIV TIANJIN（3）
GUANGDONG KO.（2） UNIV FUDAN（2） ZHEJIANG TAN.（2）

Method for preparing heat dissipation in-plane and out-of-plane high thermal conductivity oriented graphite plate by hot pressing method, involves filling graphite block in graphene shape and placing in high temperature graphitizing furnace.

QIN M, FENG Y, PENG L, FENG W

Synergistically preparing conductive graphene film by preheating treatment-chemical reduction useful e.g. in electrochemical energy storage, comprises e.g. preparing graphene oxide material, preheating to obtain partially reduced graphene oxide material, and reacting with reducing agent solution.

HOU C, WANG W, CHEN L, XIE D, FENG Y, PENG L, ZHU Y

Graphene film continuous preparation system with directional thermal conductivity, has winding unit that includes reel which is configured to collect prepared graphene film.

HONG Y, WANG H, SU Y, LI J, TAN W, ZHANG M, PENG L

Directional heat-conducting and heat-radiating integrated carbon material based on graphene-oriented carbon nano-tube array, obtained by e.g. dissolving single-layer graphene oxide powder in water, heat reducing, spraying polycarbosilane xylene solution, calcining, and growing carbon nanotube array.

FENG Y, PENG L, FENG W

Method for preparing graphene at high temperature by electric pulse, involves driving conductive electrode to conduct electricity during electric pulse of specific range, so that metal wire group and carbon-containing powder generate heat and reach specific range, so as to obtain graphene.

PENG L, YANG L, LIAO S, LIU J, QIU S, CHEN Z, WANG Z

Preparation of ultrathin porous flaky graphene carbon nitride photocatalyst for photocatalytic degradation of rhodamine b, involves weighing urea, heating, heat-preserving, cooling, adding urea into methanol solutions and dispersing.

SUN L, XU F, ZOU Y, LI B, CAI D, LI Z, LIU J, SUN Z, ZHANG Y, PENG L, HUANG P

Preparation method of independent self-supporting ultra-thin graphite film, involves extracting ultra-thin composite membrane by means of rough porous substrate, and detaching membrane automatically after drying to obtain independently supported ultra-thin graphene composite membrane.

PENG L, HAN Z, FAN P, LUO S, GAO C

New OsCESA9 mutant for useful for improving the degree of polymerization of rice stalk cellulose and preparing graphene.

HU C, FENG S, XIA T, YU H, HU Z, WANG Y, PENG L

High-performance graphene film comprises multiple layers of graphene structural units stacked layer by layer, where graphene-polymer composite film is used as initial structural unit and assembled layer by layer with binder.

PENG L, LUO S, HUANG H, SHEN Y, YU D, GAO C

Peeling graphene oxide nanomembrane from substrate by placing in reduction chamber with hydrogen iodide steam for chemical reduction until graphene oxide is automatically peeled from substrate.

PENG L, FANG W, SHEN Y, LIU Y, YU D, GAO C