国家/地区 中国（9）
IPC部 B（5） H（5）
IPC大类 H01（5） B01（4）
IPC小类 B01J（4） H01M（3） H01L（2）
IPC B01J027/24（4） B01J037/10（3） H01M010/0525（3）
B01J037/08（2） H01L031/108（2） H01L031/18（2）
H01M004/36（2） H01M004/583（2）
发明人 WANG J（9）
公开年 2021（3） 2016（2）
申请年 2016（3）  2021（3） 
专利权人 UNIV HEFEI TECHNOLOGY（9）

Preparing bismuth oxyiodide/reduced graphene oxide binary composite material, involves using bismuth nitrate pentahydrate and potassium iodide as precursors, using water as solvent, adding reduced graphene oxide ethanol ultrasonic dispersion, and then undergoes hydrothermal preparation.

WU Y, ZHANG Y, LI Z, ZHANG M, WANG J, SUN J, YAO R, LI J, LV J, DU Y, CAO H, BAO Z

Ultraviolet photoelectric detector for e.g. optical communication, is carried out using metal-assisted chemical wet etching method to form small-diameter silicon nanowire array on lightly doped silicon wafer with preset crystal orientation.

WANG Y, ZENG B, WANG J, LUO L

Preparing rod-shaped bismuth vanadate/reduced graphene oxide/graphite-phase carbon nitride photocatalytic material, involves preparing block graphite-phase carbon nitride by polymerization and obtaining layered graphite-phase carbon nitride.

BAO Z, LI Z, ZHOU Y, DU Y, LV J, XING M, HAN Q, YAO F, WANG J, SUN Z, ZHANG Y, WU Y

Bismuth vanadate quantum dot/reduced graphene oxide /graphite phase carbon nitride ternary composite photocatalyst is composed of bismuth vanadium oxide quantum dots, reduced graphene oxide and graphite phase carbon nitride.

BAO Z, ZHOU Y, DU Y, LI Z, LV J, XING M, HAN Q, YAO F, WANG J, SUN Z, ZHANG M, WU Y

Photocatalyst comprises reduced graphene oxide, bismuth(III) oxide, and graphitic carbon nitride.

BAO Z, XING M, ZHOU Y, SHI X, QIN Y, LV J, CUI J, HAN Q, WANG J, SUN Z, ZHANG M, WU Y

Graphene/titanium dioxide nanometer column array Schottky UV photovoltaic detector, has titanium dioxide nanometer column array whose top end is formed with graphite film, where lead electrode is in ohmic contact with graphene film.

LIANG F, WANG J, LUO L, ZHANG T, ZHANG D

Lithium ion battery used in portable electronic devices and electric vehicles, comprises lithium titanate-graphene composite negative electrode material, where cathode material is obtained by using composite graphene and metal nanoparticles.

CHENG F, WANG J, ZHANG Y, WEN X, ZHU J, DANG Y, ZHANG W

Method for preparing lithium-nickel-cobalt-manganese-bromine oxide/graphene composite anode material for use in e.g. portable electronic devices, involves utilizing nickel source, followed by mixing, drying, cooling, washing, centrifuging.

WANG J, YAO H, WANG F, ZHANG C, ZHANG Y, ZHU J

Method for preparing lithium titanate/graphene composite cathode material that is utilized in lithium ion battery for e.g. portable electronic equipment, involves mixing lithium titanate and graphene oxide, and performing reduction.

DUAN R, WANG J, XU C, ZHANG Y, ZHU J