国家/地区 中国（21）
IPC部 C（21）
IPC大类 C08（21） C09（21）
IPC小类 C08K（21）
IPC C08K009/06（21）
发明人 WANG T（2） WANG Y（2） ZHENG C（2）
公开年 2018（21）
申请年 2017（11）  2018（10） 
专利权人

Processing boron fiber reinforced unsaturated resin sheet forming and stress measurement comprises e. g. forming graphene powder by modifying graphene with silane and adding graphene powder into acetone solution.

WANG A, LI J, NIU Q, LI S, LI N

Preparing solid-phase polymerized graphene nylon heat conducting material comprises e.g. adding graphene and nylon into solid-phase polymerization device, circulating nitrogen, heating, controlling the temperature and cooling graphene-nylon.

ZHENG C, HAN L, ZHONG Y

Composite sliding bearing comprises an open cell foam metal, a functionalized graphene layer electrodeposited on a surface of the open cell foam metal, where the modified polyetheretherketone is filled in the pores of metal foam.

LONG C, LIU C, DONG P

Preparing thermal conductive buffer material useful for radioactive waste in nuclear industry, comprises e.g. mixing modified bentonite, sepiolite, spherical quartz powder, modified graphene oxide and sodium polyacrylate.

LIU J, MA J, ZHU D

High stacking degree graphene modification based high thermal conductivity carbon plastic alloy useful in industrial heat dissipation, illumination heat dissipation and heat dissipation of electronic devices, comprises e.g. coupling agent.

HUANG W, ZHAO L, LIN L, SUN D, ZHANG B, LIN J

Preparing high-strength graphene-based thermally conductive film comprises e.g. heating graphene, incubating, collecting lower graphene precipitate, drying to obtain modified graphene, casting, paving mixed solution on mold plate and drying.

YUAN J

Heat dissipating interface material for high-power outdoor lighting light-emitting diode lamps, is prepared by reacting modified graphene, polydimethylsiloxane, paraformaldehyde and bisphenol A.

LI P, YANG C, YANG J, LIU T, YAO C, ZHAO D

Preparing silicon carbide/graphene oxide composite modified epoxy resin involves preparing an aqueous dispersion of graphene oxide, adding a silane coupling agent and silicon carbide into it, and heating it to carry out reaction.

WU L, YANG G, WANG G, WANG X, LI M

Preparing thermally conductive porous graphene-epoxy composite material comprises slice grinding graphite, reacting, carrying out ultrasonic oscillation, washing, grinding, crushing, pouring, stirring, allowing to stand and cooling.

TANG G

Graphene-coated composite thermally conductive filler has graphene layer which is made of graphene material, and organic coating layer which is made of resin material, and copper powder layer which is made of flake copper powder material.

ZHENG C, ZHANG H, WANG B