国家/地区 中国（16）
IPC部 C（11） H（8） B（6）
G（2）
IPC大类 H01（6） C08（4） B22（3）
C01（2） C22（2） C23（2）
G01（2） H05（2）
IPC小类 H01B（5） C08K（4） B22F（3）
C08L（3） C01B（2） C08G（2）
C08J（2） C23C（2） G01N（2）
H05K（2）
IPC C08K003/04（4） H01B013/00（4） B22F009/04（3）
C08G018/34（2） C08G018/66（2） C08J005/18（2）
C23C014/16（2） H01B001/02（2） H05K007/20（2）
发明人 JIA T（16）
公开年 2021（9） 2018（4）
申请年 2021（10）  2018（3） 
专利权人 SHENZHEN HEI.（9） FUJIAN POLYT.（2）

Preparing GO (graphene oxide)-induced MXene hydrogel in photocatalytic degradation of dyes or antibiotics, involves etching MAX precursor with fluorine-containing etchant to obtain MXene, preparing MXene into suspension, and mixing aqueous dispersion of graphene oxide.

LI H, HOU S, SONG W, JIA T, BAI X

Silicon-based bonded graphene radiating copper-clad ceramic substrate comprises copper foil layer orderly set from up to down, ceramic layer and silicon-based bonding graphene coating set on lower surface of ceramic layer.

LIANG X, JIA T, WU X, SUN X, YANG H, ZHANG G, RUAN S

Graphene copper containing superconductive radiating device has bottom plate that is provided with air inlet whose upper and lower ends are respectively passed through upper surface and lower surface of bottom plate, and air inlet which is provided with cooling fan.

LI M, YANG F, XI X, ZHOU R, HONG W, JIA T

Preparation of high-strength high-conductivity alloy wire containing graphene by mixing deionized water, surfactant and thickener, adding graphene and mixing, adding alumina powder and mixing, freeze drying, vacuumizing, and roasting.

JIA T, HONG W, ZHOU R, XI X, YANG F, LI M

Preparing light conductive wear-resistant material comprises e.g. mixing carbon nano tube, calcium sulfate whisker, stainless steel powder, graphene, conductive carbon black, graphite powder, antioxidant, and toughener and processing.

JIA T, HONG W, ZHOU R, XI X, YANG F, LI M

Preparation of graphene insulating and thermally conductive sheet for electric vehicle power supply, involves e.g. coating surface material on surface of middle layer, and hot pressing to form surface layer of thermal conductive sheet.

JIA T, HONG W, ZHOU R, XI X, YANG F, LI M

Preparing graphene-copper composite ultra-high-conductivity material, involves mixing ion water, copper salt, reducing agent, surfactant, mixing with extracting agent, graphene, reacting on high temperature, centrifuging, and vacuum drying.

JIA T, HONG W, ZHOU R, XI X, YANG F, LI M

Preparation of graphene copper-based reinforced thermal conductive film involves pre-treating foamed copper powder, chemically depositing with graphene, mixing with foamed graphene powder, and adding graphene/pure copper mixed powder.

JIA T, HONG W, ZHOU R, XI X, YANG F, LI M

Preparation of graphene-aluminum composite material lead by mixing magnesium oxide and graphene, soaking, liquid nitrogen ball milling, vacuum drying, roasting, adding magnesium oxide and atomized aluminum, casting, stretching and annealing.

JIA T, HONG W, ZHOU R, XI X, YANG F, LI M

Preparation of highly conductive graphene composite aluminum alloy used for cables, involves taking graphene and atomized aluminum powder, ball milling with ball mill and immersing ball, vacuum drying mixed powder, taking aluminum material, taking dry mixed powder, and preparing aluminum alloy ingot.

JIA T, HONG W, ZHOU R, XI X, YANG F, LI M