国家/地区 中国（9）
IPC部 C（10）
IPC大类 C09（10） C08（3） B32（2）
C01（2） C07（2） H01（2）
IPC小类 C09K（10）
IPC C09K005/14（10）
发明人 WANG H（10）
公开年 2021（7） 2022（3）
申请年 2021（10）
专利权人 UNIV GUANGXI.（2）

Thermal conductive structure comprises thermally conductive metal layer, and structural layer arranged on thermally conductive metal layer, where structural layer is stacked structure formed by graphene layer and ceramic material layer or structural layer is graphene-mixed ceramic material layer.

HUANG H, HUANG C, HE M, HANCHANGHUANG, HE M X, HUANG J K, HUANG H Z, WANG H

Preparing oriented thermally conductive sheet, comprises e.g. placing prepared fluid composition in orientation molding device, applying high-speed shearing force layer by layer and orienting thermally conductive filler to form continuous multi-layer assembly, then thermally curing, and slicing.

HE C, LIAO X, WANG H, WU P, REN Z

High thermal conductivity carbon fiber composite material comprises self-supporting three-dimensional network of oriented interconnected carbon fiber and polymer matrix constructed by using graphene oxide as bridging agent.

LIU C, MA Y, LU N, SUN X, ZHANG T, WANG H, ZHANG J, ZENG Y

New high heat conducting aniline functionalized graphene/copper composite material is prepared by connecting PA-Gr represents aniline functionalized graphene, the graphene and copper respectively to aniline organic molecule.

LI Q, WANG H, HUANG Y, ZHENG F, LI X, JIANG J

Preparing alumina modified graphene comprises e.g. obtaining aluminum nitrate solution, dispersing graphene powder into aluminum nitrate solution, filtering graphene aluminum nitrate mixed solution, obtaining graphene surface absorbing aluminum nitrate and heating.

LI N, WANG H, SONG Q, JIANG B

Directional high thermal conductivity thermal interface thermal conductivity material useful for high thermal conductivity graphite-based thermal interface composite material structure, comprises graphite paper and silicone rubber.

ZHU Y, WANG H

Thermally conductive composite filler useful in high thermal conductivity composite material, comprises preset thermally conductive filler having three-dimensional structure, specific thermally conductive filler and polymer adhered to inner surface of preset thermally conductive filler.

WANG H, BAO D, ZHU Y, WANG J, LI M, YUAN R

Preparing graphene heat-dissipation composite material by mixing graphite powder and nano-silicon dioxide, adding to absolute ethanol solution, dispersing and mixing, heat-preserving, starting to release pressure, performing supercooling treatment, freeze-drying, sheet forming, heating and sintering.

WANG Z, YIN J, WANG H

Phenylacetylene functionalized graphene/copper composite thermal conductive material, prepared by e.g. preparing phenylacetylene functionalized grapheme and adding into acidic copper sulfate solution under magnetic stirrer.

JIANG J, LI X, HUANG Y, WANG H, LI Q

Preparing fibrous mesoporous silica grown on surface of graphene oxide, involves adding graphene oxide to deionized water, dispersing, adding e.g. catalyst urea, adding n-pentanol to cyclohexane, adding tetraethyl orthosilicate, and drying.

WANG H, ZHOU B, MA W, ZHEN L, FU Y, YANG Y, DUAN X, ZHANG M