国家/地区 中国（24）
IPC部 C（14） B（8） H（4）
G（3）
IPC大类 C22（7） C01（5） H01（4）
G01（3） B05（2） B21（2）
B23（2） B33（2） C04（2）
IPC小类 C22C（7） C01B（5） B05D（2）
B21C（2） B23K（2） B33Y（2）
C04B（2） G01N（2） H01G（2）
IPC C22C001/10（5） C22C001/02（3） C22C023/00（3）
C22C023/04（3） B05D007/14（2） B23K001/008（2）
B23K001/19（2） B23K001/20（2） C01B031/04（2）
C01B032/194（2） C22C001/03（2） H01G011/86（2）
发明人 WANG X（24）
公开年 2021（7） 2022（5） 2012（3） 2015（3） 2014（2） 2020（2）
申请年 2021（7）  2014（4）  2022（4）  2020（3）  2012（2） 
专利权人 HARBIN INST TECHNOLOGY（24）

Preparation of layered composite material used in e.g. aerospace, involves preparing graphene dispersion and carbon nanotube dispersion, spray-depositing carbon nanotube dispersion and graphene dispersion on surface of magnesium foil, crushing, placing in mold, hot-pressing, sintering, and extruding.

WANG X, SUN Z, HU X, SHI H

Preparation of uniformly dispersed and directionally arranged graphene reinforced asphalt composite material for e.g. road paving material, involves heating base asphalt to obtain molten asphalt, adding graphene, high-speed shearing to obtain mixture of asphalt and graphene, heating, and cooling.

WANG X, LU Z, HONG B, XIE X, LI L, WANG D, JI Q, ZHANG Y, YANG Q

Polymer-based solid rechargeable metal-air battery capable of operating at room temperature comprises anode comprising conductive carbon material and photocatalyst, in-situ grown on conductive carbon material, cathode and polymer-based solid electrolyte.

YIN G, LOU S, AN H, SUN N, WANG X, KONG F, JIANG Z, REN L, WANG J

Preparing high early strength of oxidized graphene cement slurry, comprises e.g. using ultrasonic cell crusher to ultrasonically disperse graphene dispersion liquid in ice water bath environment, adding graphene dispersant liquid into cement, heating, naturally cooling and dismounting mold.

ZHONG J, FENG D, WANG X

Manufacturing copper micro-nano powder mixed solution laser additive of three-dimensional graphene, comprises e.g. adding dispersant, copper nano powder and copper micron powder into reducing alcohol solvent using ultrasonic dispersion.

WANG F, WANG X, WANG Y, GUAN T, GUO W, LIU J

Preparation of graphene-reinforced magnesium-based composite material involves melting magnesium matrix, contacting with air or mixed gas, gas-liquid in-situ reacting with carbon monoxide, igniting, and solidifying alloy melt.

WANG X, LI X, CAO J, HU X, XU C

Preparing magnesium alloy graphene modifier useful in preparing magnesium alloy, comprises e.g. heating and melting magnesium in crucible to obtain magnesium melt, performing magnesium heat reaction, and solidifying composite melt.

WANG X, LI X, CAO J, XU C, HU X

Preparing flexible sensor with multiple sensitivity comprises e.g. pouring prepolymer mixture of shape memory polymer in mold, curing, loading conductive coating on surface of shape memory polymer substrate, and obtaining flexible sensor.

ZHANG D, WANG X, HU D, LIU Y, CHENG Z, XIE Z, FAN Z

Preparing complex structured carbon material anti-oxidation coating by metal liquid phase, by adding active powder to substrate metal powder, mixing ethyl cellulose and water, grinding surface of carbon material, and adding carbon material to nitric acid aqueous solution for corrosion treatment.

SI X, GUO X, ZHAO S, LIU Y, WANG X, CAO J, LI C, FENG J

Preparing zinc oxide/graphene catalyst catalyzes thermal decomposition of ammonium perchlorate involves peeling off graphene nanosheets by milling method to obtain pretreated graphene nanosheets and subjecting pretreated graphene nanosheets.

LU S, WANG X, LI Y, WU X, QIN W, HONG Y