国家/地区 中国（13）
IPC部 C（9） B（5） G（5）
H（2）
IPC大类 G01（3） B82（2） C01（2）
C04（2） C08（2） C25（2）
IPC小类 B82Y（2） C01B（2） C04B（2）
C08J（2） C08L（2）
IPC B82Y030/00（2） C01B032/184（2）
发明人 HE Z（13）
公开年 2019（13）
申请年 2019（13） 
专利权人 SAURER JIANG.（2） UNIV HANGZHO.（2） UNIV SHAANXI.（2）

Preparing sheet-shaped half-metal molybdenum (IV) telluride:copper, and molybdenum (IV) telluride:copper/reduced graphene oxide comprises e.g. adding tellurium powder, and potassium borohydride to deionized water, reacting, and dissolving.

HE H, HE Z, SHEN Q

Preparing a graphene nano antibacterial water tank involves performing sand-blasting treatment of surface, and subjecting surface of main body of water tank to sand-blasting treatment with an automatic sand blasting machine.

HE Z, LING G

High heat conducting cement concrete includes cement, slag powder, sand, gravel, water, graphene-heat conducting fiber dispersed slurry, graphene suspension liquid, viscosity regulator, coloring agent and heat-conducting fiber.

QUAN L, TIAN B, HOU R, LV J, LI L, LI S, HE Z, XIE J, LIU J

Preparing graphene conductive alumina ceramic material comprises dispersing graphene in a liquid silicone gel, subjecting to compounding treatment, surface treatment and drying treatment and pressureless high-temperature ceramic sintering.

HE Z, ZHANG Y, ZHAO Z

Environmentally-friendly chromium-graphene composite coating electroplating solution comprises chromium chloride hexahydrate, ammonium formate and sodium acetate.

WANG Y, YI Q, CAO D, YAN C, HE Z, YIN L, GUO P, ZHANG D

Manufacturing method of graphene dielectric layer heterostructure, involves obtaining heterogeneous structure of graphene dielectric layer until predetermined number of layers are obtained.

GAO X, FENG Z, YU C, HE Z, LIU Q, GUO J, ZHOU C

Preparation of single crystal graphene for semiconductor material, involves annealing copper- and nickel-deposited substrate to obtain alloy substrate sample, oxidizing substrate sample, performing chemical vapor deposition, and cooling.

GAO X, FENG Z, YU C, HE Z, LIU Q, GUO J, ZHOU C

Three-dimensional flexible force electrical sensor for intelligent force-electricity sensing, has graphene (GrF) conductive skeleton structure with uniformly distributed silver (Ag) nanomaterial.

XU M, LI X, JIN C, HE Z, ZHANG Q

Method for optimizing three-dimensional flexible strain sensor, involves using top surface of rectangular parallelepiped graphene foam has through hole, and filling graphene foam with polymer.

XU M, LI X, JIN C, HE Z, ZHANG Q

Preparing flexible electronic display screen using nanocellulose/graphene composite involves using display layer of display screen comprises substrate, electrode pixel layer, and graphene.

WANG R, HUA F, TONG S, HE Z, NI Y, MENG Y, CHEN J, ZHA Q