国家/地区 中国（7）
IPC部 F（7）
IPC大类 F28（7）
IPC小类 F28D（5） F28F（4） C09K（2）
IPC C09K005/14（2） F28D021/00（2） F28F021/02（2）
F28F021/08（2）
发明人 ZHANG Y（7）
公开年 2021（5）
申请年 2020（4）  2021（2） 
专利权人

Air smart heat exchanger for gallium water, has single tubes that are divided into three types following heat exchange with primary loop, heat exchange with secondary loop, and heat exchange with primary loop and secondary loop simultaneously.

MAO S, ZHANG Y, LIU W, WEI D, ZHOU T

Low temperature phase change energy storage device, has phase change material filling structure comprising layer of graphene, inorganic crystalline hydrated salt and/or low melting point alloy graphite alkenyl phase material filler.

ZHANG Y, QIU S, ZHANG S, JIN H

Flat heat pipe for use in heat dissipation of high power electronic device, has graphene interconnection array arranged in silicon carbide closed flat shell and for vertically growing with microporous structure of upper and lower inner surface of contact carbide close flat shell.

ZHANG Y, ZHAO Q

High-efficiency radiator tooth-shaped extruding pipe, has pipe body whose surface is coated with radiating layer that is provided with graphene layer and carbon nano-tube layer, where carbon nano-tube layer is located at outer side of graphite layer.

YU X, GUI J, BAO S, ZHANG Y

Graphene radiator, has radiating device fixed on radiating base, and micro motor whose output shaft is provided with fixing plate, where annular side surface of fixing plate is provided with multiple fan blades that are arranged in ring-shaped structure.

ZHANG Y

Near-field radiant heat tuner based on direct current (DC) voltage biased graphene, has emitting end graphene coating that is plated on emitting end substrate and emitting end voltage generator that is set with emitting end graphene coating.

YI H, ZHOU C, ZHANG Y, TAN 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