国家/地区 中国（15）
IPC部 F（15）
IPC大类 F28（15）
IPC小类 F28F（13） F28D（8） C09K（4）
F24D（3） C01B（2） F25B（2）
H05K（2）
IPC F28F021/02（10） F24D019/00（3） C01B032/194（2）
C09K005/06（2） C09K005/14（2） F28D020/00（2）
F28F009/00（2） F28F021/08（2） H05K009/00（2）
发明人 LI Z（2） LUO H（2） SUN G（2）
YANG G（2） YANG J（2） YU Q（2）
公开年 2018（15）
申请年 2017（7）  2018（7） 
专利权人 BEIJING NAT .（2）

Graphene film cooling medium evaporation pipe, has main pipe provided with one-dimensional pipe, and two-dimensional pipe and three-dimensional pipe, base fixed on main pipe, where main pipe is formed with three-dimensional structure.

HE Y, ZHANG R

Anti-corrosion oil coating function featured evaporator, has heat exchange copper pipe whose outer surface is coated with graphene coating, and graphene layer whose outer surface is coated with aqueous paint coating.

HONG W, LIU M, LIU X, CHEN L

Forming graphene-doped aluminum composite for thermal management component i.e., avionics chassis, heat spreader, heat sink, heat exchanger, radiator, or heat pipe, by crystallizing aluminum around substantially uniformly dispersed graphene.

BLAND A, RAINBOW A J, SIDGWICK D H, SMITH M J, BRAND A, LINBO A J

Boiler-based cooling coil pipe heat exchanger, has connecting plate assembled on heat exchanger shell, where outside of heat exchanger shell is internally provided with graphene filler, and internal pipe coil assembled with graphene filler.

DING X, WANG Q, LI H

Plate type heat exchange graphene electric heater for heat exchange, has heat exchange plate divided into multiple regions by multiple strip-shaped convex support groups, where support group is arranged with graphite heating film.

DING W, NIE X, SHEN J

Graphene layer high heat-conducting radiator, has aging-resistant heat-conducting rubber layer directly fixed on outside of adhesive layer, and graphene heat-conducting interlayer directly fixed on outer surface of heat conduction pieces.

LIN R

Graphene rotational flow heat exchanger, has cyclone tube arranged within box body, rotational flow pipe rolled into spiral body by separating plate, and cover plate and side panel connected by expansion bolt.

SU C, QIU M, HAN H

Preparation of flake graphite-graphene thermally conductive composite material involves taking crystalline flake graphite and graphene, adding ethanol, and ultrasonicating to obtain thermally conductive filler dispersion.

BAI S, REN Y, ZHANG Y, DING T, LI J

Composite phase-variable material based on aluminum foam comprises foamed aluminum metal layer and graphene layer are alternately disposed in layered structure, and the foamed aluminum metal layer comprises phase change material.

YU Q, LUO H, SUN G, LI Z, YANG G

Preparation of graphene thermally conductive film involves coating slurry prepared by dissolving graphene oxide powder in solvent, and defoaming resultant, on substrate, drying, winding, trimming, heating, cooling, and vacuum rolling.

ZHOU B, ZHOU R, LI F, LU J