国家/地区 中国（25）
IPC部 C（12） G（8） D（6）
B（3） H（3）
IPC大类 C08（8） D01（6） G01（6）
H01（3） C01（2）
IPC小类 C08G（7） C08K（6） D01F（6）
G01N（6） C01B（2） C08L（2）
D01D（2） H01L（2）
IPC C08G069/16（6） C08K003/04（6） D01F001/10（5）
C08K009/06（4） D01F006/90（4） G01N027/327（4）
C08G069/14（2） C08K003/34（2） C08K003/38（2）
D01D005/08（2） D01D005/088（2） D01D005/096（2）
G01N033/574（2）
发明人 MA H（25）
公开年 2017（13） 2018（12）
申请年 2017（25）
专利权人 CHANGZHOU HE.（7） UNIV JINAN（4） UNIV NANJING.（4） BEIJING INST.（3）
CHANGZHOU HE.（2） NANTONG JIUY.（2） NANTONG WENK.（2）

Preparation of graphene oxide, tourmaline powder and polyamide 6 composite material, involves dissolving graphene oxide powder, intercalating and compounding with modified tourmaline powder, and mixing and dispersing with caprolactam liquid.

LIANG Y, CAO J, JIANG Y, HUANG R, MA H, LIU X, DAI S, ZHOU L, WU H, JIANG W, GAO Y

Preparation of composite material useful for spinning polyamide 6, involves dissolving graphene oxide powder in mixed solution, adding modified sepiolite and reacting, adding caprolactam and polymerizing, extracting mixture and drying.

LIANG Y, CAO J, JIANG Y, HUANG R, MA H, LIU X, DAI S, ZHOU L, WU H, JIANG W, GAO Y

Preparation of polyamide 6 composite material useful for preparation of high strength and low elongation polyamide fiber, involves dissolving graphene oxide powder in mixed solution, adding modified sericite and caprolactam and drying.

CAO J, LIANG Y, JIANG Y, HUANG R, MA H, LIU X, DAI S, ZHOU L, WU H, JIANG W, GAO Y

Preparation of graphene nano-silver lidocaine sustained-release antibacterial gel by preparing silver nano-graphene oxide, adding lidocaine, mixing, and adding e.g. polyethylene glycol 400 and glycerol dissolved in deionized water.

TENG S, YANG W, GUO Z, SONG X, MA H, LI Z

Porous graphene-coated graphite nano composite material for lithium ion battery comprises porous graphene and graphite where porous graphene is coated on surface of graphite, is prepared by adding metal salt to graphene oxide dispersion.

ZHANG X, LIU C, MA H, CAO J, MA R, SHANG B

Device for realizing graphene oxide magnetic reversible regulation by using electric pulse, has bottom electrode, dielectric layer and top electrode that are formed with each other, where dielectric layer is adhered with graphene oxide film.

CHEN W, REN S, GUO J, KANG X, ZHANG L, MA H, ZHANG X

Titanium-aluminum-based self-lubricating material is obtained by sintering titanium powder, aluminum powder and graphene-silver spherical powder.

YANG K, MA H, HE Q, HAN Y, YIN X, ZHANG Y

Preparation of graphene oxide-modified polyamide-6 involves dispersing graphene oxide powder to dissolve ring-opening solution, mixing dispersion with caprolactam liquid, subjecting to ring-opening reaction, extracting and drying.

CAO J, DAI S, HUANG P, HUANG R, JIANG Y, LIU X, LU J, LUO Z, MA H, ZHAO Z, ZHOU L

Self-cleaning electrode for electrochemical biosensor, contains conductive substrate whose surface is sequentially deposited with reduction-oxidation graphene and photosensitizer-up-conversion nanometer composite particle.

JIANG L, ZHANG H, XUE Q, LIU H, YAN Z, MA H

Graphene-epoxy resin neutron shielding material for shielding neutron, contains polyfunctional epoxy resin, modified graphite oxide, toughening additives, radiation protection additive, flame retardant functional additives and diluent.

MA H