国家/地区 中国（9）
IPC部 B（4） C（4） H（3）
IPC大类 B01（4） H01（3） C01（2）
IPC小类 B01D（2） B01J（2） C01B（2）
H01L（2）
IPC B01D067/00（2） B01D069/02（2） B01D069/08（2）
B01D071/16（2） C01B031/04（2）
发明人 HE F（9）
公开年 2015（7） 2016（2）
申请年 2015（9）
专利权人 UNIV CHANGAN（3） UNIV JINAN（2） UNIV SOUTHEA.（2）

Zinc Oxide/Polvinylcarbazole-TFB hybrid LED, has LED device connected with pn-junction structure, and p-doped cell formed with zinc matrix layer, where p-doped cell is made of zinc-oxide material and coated with N-graphene material.

DUAN L, YU X, TIAN Y, FAN J, CHENG X, HE F

Use of nitrogen and molybdenum for improving oxidation temperature sensing property of graphene application.

DUAN L, YU X, TIAN Y, FAN J, CHENG X, HE F, NI L, YANG T, REN X

UV detector, comprises substrate, where UV detector is photoconductive UV detector, substrate comprises photosensitive layer and electrode, and photosensitive layer is graphene and zinc-silver-nitric oxide.

DUAN L, YU X, TIAN Y, FAN J, CHENG X, HE F

Preparation of cobalt ferrite-type carbon nano graphene composite magnetic adsorbent for use in wastewater treatment, involves hydrothermal reaction using ferric nitrate, cobalt nitrate, and grapefruit skin, and deionized water.

DONG N, SU B, HE F, XIN Z, DONG Y, JIN Z

Preparation of cellulose acetate/functionalized graphene mixed matrix hollow fiber osmosis membrane by adding functionalized graphene to mixed solvent, dispersing, adding into dissolving tank, and mixing with additive and cellulose acetate.

HE F, LI Y, LU P, WANG X, YANG J, WANG L, WANG Z, ZHAO W, SHI X

Method for producing forward osmosis membrane, involves adding nanotitanium dioxide and graphene oxide to solvent, dispersing nanotitanium dioxide, and adding cellulose acetate to mixture followed by extruding and coagulating.

HE F, LI Y, LU P, WANG X, YANG J, WANG L, WANG Z, ZHAO W, SHI X

Polypropylene resin-based nanocomposite is obtained by mixing silica-graphene oxide hybrid composite particles as filler and polypropylene resin particles as base in mixer and melt blending at preset conditions.

BIAN J, WANG G, WANG Z, XIAO W, ZHOU Q, ZHOU X, HE F, LI S, LIN H

Low temperature preparation of low oxygen-doped graphene used for nitrogen-doped graphene for fuel cell aspect, by adding chemical reducing agent into dispersed phase doped graphene, and reducing graphene oxygen content.

HE F, LIU S, SHEN Y, SHI H, ZHANG Y

Preparation of cryogenic iron-doped graphene material involves mixing concentrated sulfuric acid and sodium nitrite, adding graphite, sonicating, reacting guanidine phosphate with graphene oxide dispersion liquid , and doping with iron salt.

HE F, LIU S, SHEN Y, SHI H, ZHANG Y