国家/地区 中国（15）
IPC部 C（12） B（7） H（4）
G（2）
IPC大类 C22（5） C01（4） H01（4）
B01（3） B22（2） B82（2）
C09（2） G01（2）
IPC小类 C22C（5） C01B（4） H01L（4）
B01L（2） B22F（2） B82Y（2）
G01N（2）
IPC C22C001/05（5） C22C021/00（5） C22C029/06（5）
C22C030/00（5） C22C032/00（5） C01B031/04（4）
C22C001/10（3） H01L023/373（3） B01L003/00（2）
B22F003/10（2） B82Y040/00（2） G01N021/65（2）
H01L023/29（2）
发明人 LUO Z（15）
公开年 2016（8） 2015（7）
申请年 2015（15）
专利权人 AVIC BEIJING.（5） UNIV TIANJIN.（2）

Preparing highly hydrophobic modified graphene oxide material comprises e.g. mixing graphene oxide with acyl chlorination reagent, transferring acylated chlorinated graphene into organic solution of p-toluidine and post-processing.

GENG H, WANG J, LUO Z, ZHANG X, LU Z, ZHANG J, DING E, YANG H, LI L

Preparing graft-modified graphene by chemical vapor deposition method involves utilizing graphene wafer attached to silicon chip and monolayer of graphene obtained by chemical vapor deposition method.

LIU T, WANG Y, JIN L, LUO Z

Electronic packaging material comprises graphene oxide, silicon carbide and aluminum alloy powder comprising Al-40Si alloy powder and Al-5Ti-B alloy powder.

WANG S, WANG X, WU Y, LUO Z, LI J

Preparation of electronic packaging material for e.g. military electronic device, involves using graphene oxide, silicon carbine particles and aluminum alloy powder with aluminum-silicon alloy powder and aluminum-beryllium alloy powder.

WANG S, WANG X, HUANG L, LUO Z, LI J

Electronic packaging material for e.g. military electronic device, has reinforcement structure that is made from graphene oxide and silicon carbide particles, and substrate that is made from aluminum and aluminum alloy powder.

WANG S, WANG X, HUANG L, LUO Z, LI J

Electronic packaging material used for e.g. military electronic equipment, has matrix that comprises aluminum and aluminum alloy powder, and reinforcement composition that contains graphene oxide, silicon carbide particles.

WANG S, WANG X, WU Y, LUO Z, LI J

Electronic packaging material comprises graphene oxide, silicon carbide, aluminum alloy powder cobtaining silicon and aluminum-titanium-boron composite.

WANG S, WANG X, HUANG L, LUO Z, LI J

Preparation of functionalized graphene, involves dispersing graphene oxide in deionized water, obtaining graphene oxide dispersion, immersing magnetic chitosan microspheres in graphene oxide dispersion, and allowing to stand.

CHEN S, DING R, LUO Z, LIN X, XUE L

Preparation of highly dispersed graphene oxide nanoribbon solution includes cutting carbon nanotubes by adding carbon nanotube to concentrated sulfuric acid, stirring to obtain, adding potassium permanganate, stirring, heating and stirring.

HUANG J, LI T, LI X, LUO Z, WEI Z, LI Z

Preparation of graphene oxide nanosheets involves adding potassium permanganate to graphite powder, heating in microwave oven to obtain mixture of porous graphene oxide and manganese dioxide, washing mixture and ultrasonically treating.

DU B, WANG J, WANG Y, YU P, ZHANG S, GENG H, MA S, LUO Z, DA S