国家/地区 世界知识产权组织（14） 加拿大（7）
IPC部 C（14） E（2） H（2）
IPC大类 C01（11） C09（4） E02（2）
H01（2）
IPC小类 C01B（11） C09D（4） E02D（2）
H01L（2）
IPC C01B032/184（8） C01B032/194（8） C01B032/23（8）
C01B032/19（2） C09D005/00（2） C09D133/02（2）
C09D163/00（2） E02D031/00（2） H01L029/00（2）
发明人 VU T T（10） ALVAREZALVAREZ A（8） PEREZ VIDAL O（6）
SUAREZ SANCHEZ R（6） FERNANDEZ ALVAREZ J.（4） RODRIGUEZ MARTINEZ .（4）
PEREZ V O（3） SUAREZ S R（3） BLANCO IGLESIAS H（2）
FERNANDEZ A J P（2） NORIEGA PEREZ D（2） RODRIGUEZ M C J（2）
SUAREZ GARCIA C（2）
公开年 2019（14）
申请年 2018（7）  2019（7） 
专利权人 ARCELORMITTAL（14）

Metallic substrate used for detecting strain deformation, is directly coated with non-conductive primer which is partially coated on side with paint containing reduced graphene oxide and thermosetting polymer.

FERNANDEZ ALVAREZ J P, RODRIGUEZ MARTINEZ C J, ALVAREZALVAREZ A, PEREZ VIDAL O, NORIEGA PEREZ D

Metallic substrate e.g. aluminum, steel, copper used for detecting strain deformation, comprises non-conductive primer partially coated on at least one side with paint comprising reduced graphene oxide and thermosetting polymer.

ALVAREZALVAREZ A, PEREZ VIDAL O, RODRIGUEZ MARTINEZ C J, NORIEGA PEREZ D, FERNANDEZ ALVAREZ J P, PEREZ V O, RODRIGUEZ M C J, NORIEGA P D, FERNANDEZ A J P

Non-conductive substrate being directly at least partially coated on at least one side with paint comprising reduced graphene oxide and thermosetting polymer, used as textile or plastic substrate and to detect leak and strain deformation.

BLANCO IGLESIAS H, FERNANDEZ ALVAREZ J P, PEREZ VIDAL O, ALVAREZALVAREZ A, SUAREZ GARCIA C, RODRIGUEZ MARTINEZ C J

Non-conductive substrate for detecting leak or strain deformation used for mining industry, electronic industry, automotive or aerospace industry, is partially coated with paint comprising reduced graphene oxide and thermosetting polymer.

ALVAREZALVAREZ A, PEREZ VIDAL O, RODRIGUEZ MARTINEZ C J, FERNANDEZ ALVAREZ J P, SUAREZ GARCIA C, BLANCO IGLESIAS H, MELCONMIGUEL J, PEREZ V O, RODRIGUEZ M C J, FERNANDEZ A J P, SUAREZ G C, BLANCO I H

Making reduced graphene oxide comprises oxidizing grinded electrode graphite scrap to obtain graphene oxide comprising preparing mixture comprising the grinded graphite electrode, acid and nitrate salt and reducing graphene oxide.

VU T T, ALVAREZALVAREZ A, SUAREZ SANCHEZ R

Manufacturing a graphene oxide from graphite electrode scrap by providing graphite electrode scrap, grinding electrode graphite scrap to obtain grinded graphite electrode, and oxidizing grinded graphite electrode.

VU T T, ALVAREZALVAREZ A, SUAREZ SANCHEZ R, SUAREZ S R

Manufacturing graphene oxide used for coating or as cooling reagent, by grinding electrode graphite scrap, preparing mixture comprising ground graphite electrode, acid and nitrate salt, adding oxidizing agent and exfoliating graphite oxide.

VU T T, ALVAREZALVAREZ A, SUAREZ SANCHEZ R

Manufacturing reduced graphene oxide from graphite electrode scrap by grinding electrode graphite scrap, oxidizing grinded graphite electrode, and reducing graphene oxide into reduced graphene oxide.

VU T T, ALVAREZALVAREZ A, SUAREZ SANCHEZ R, SUAREZ S R

Manufacturing reduced graphene oxide from kish graphite for deposition on a metallic substrate and as cooling agent by providing kish graphite, pre-treating kish graphite, oxidizing pre-treated kish-graphite, and reducing graphene oxide.

VU T T

Making pristine graphene from kish graphite involves provision of kish graphite, optionally pre-treating kish graphite and synthesis step of pristine graphene from kish-graphite by e.g. intercalating kish graphite with nitrate salt and acid.

VU T T, PEREZ VIDAL O, SUAREZ SANCHEZ R, PEREZ V O, SUAREZ S R