国家/地区 中国（38）
IPC部 C（38）
IPC大类 C08（10） C01（9） C04（7）
B01（6） B22（5） B82（5）
C22（5） H01（5） C02（3）
C09（3） C23（3） H05（3）
G01（2）
IPC小类 C01B（9） C08L（9） C04B（7）
C08K（7） B01J（6） C08J（6）
B22F（5） B82Y（5） C22C（4）
C02F（3） C08G（3） C23C（3）
C09K（2） C22F（2） H01B（2）
IPC B01J013/00（5） B82Y040/00（5） C08K003/04（5）
C01B032/168（4） C01B032/194（4） C22C001/05（4）
B22F009/04（3） B82Y030/00（3） C04B035/622（3）
C08L063/00（3） B22F001/12（2） B22F003/105（2）
B22F003/20（2） C01B032/184（2） C02F101/30（2）
发明人 ZHANG J（6） LI J（5） LI Y（5）
WANG Y（4） ZHANG X（4） FEI W（3）
HE X（3） HUANG Y（3） PENG Q（3）
WANG L（3） WANG X（3） ZHANG Y（3）
ZHAO X（3） GENG L（2） HAN X（2）
公开年 2022（30） 2023（8）
申请年 2022（38）
专利权人 HARBIN INST TECHNOLOGY（38）

Preparing synergistic reinforced aluminum-based composite material of graphene silicon nitride, comprises placing high density graphene silicon-nitride-reinforced aluminum-based composite material ingot for large plastic deformation treatment and homogenizing.

HAN X, QIAO J, WEI Z, WANG P, XIU Z, KANG P, CHEN G, ZHANG Q, JIANG L, WU G, YANG W, JU B

Processing wafer level single crystal graphene heterojunction by direct growth method, comprises e.g. pre-processing the polycrystalline metal foil to obtain single crystal metal foil, using the crystal orientation inducing method to grow hexagonal boron nitride single crystal domain.

LI Y, WU B, LIANG S, LI S, ZHANG X, HU P, ZHANG J

Preparation of graphene oxide film derived from cassava slag involves extracting cassava powder, crushing, drying, pyrolyzing, sieving slag, processing cassava algae slag biological carbon, recycling concentrated sulfuric acid mixed solution, and processing graphene oxide.

ZHANG S, WANG R, WANG K, HE S

Preparing graphene-loaded iron hexagonal nanosheet composite wave-absorbing material used in electromagnetic wave absorption, by placing copper foil substrate in electrolyte, transferring single-layer graphene to silicon on substrate, and dissolving ferric chloride hexahydrate in ethanol solution.

XIA L, LIU Y, ZHANG K, HUANG X

Preparing oxidized graphene modified silicon boron carbon nitride ceramic temperature sensor involves ultrasonically dispersing mixture of sheet oxide graphene and N, N-dimethyl formamide, mixing graphene dispersion liquid with polyboron silazane, hot-pressing and performing pyrolysis treatment.

YANG Q, FANG G, XU C, XIE W, YI F, MENG S, SHI H, LI J, YAN Q

Heat treatment method for improving breaking power of mixing reinforced aluminum-based composite material of graphene and silicon carbide, involves sealing and storing and filling argon gas as protective gas into heat treatment furnace.

GENG L, ZHU X, JIA Z, QIAN M, ZHANG J, ZHANG X

Preparing one-dimensional material based on tellurium niobium used as e.g. material for catalyzing and adsorbing sulfur-lithium battery anode, involves dissolving niobium source and tellurium source in solvent, adding surfactant, reacting mixed solution in vessel, centrifuging, collecting and drying.

YIN G, ZHANG Y, WANG J, GENG S, LOU S

Preparing biomass colloid gel, comprises dispersing anthraquinones small molecule and porous graphene in sodium bicarbonate solution or phosphate buffer solution to obtain mixture, ultrasonically cooling mixture to obtain biomass colloid gel.

WANG M, YU W, HU S, WANG T, XU J, ZHANG J

Forming method of graphene oxide reinforced nylon composite material, comprises e.g. heating and melting graphene oxide reinforced nylon composite material, roll-pressing to orient the graphene oxide, cooling and shaping, melting and orienting.

ZHAO X, JIA S, HE X, PENG Q

Preparing graphene oxide in situ reinforced nylon 6 composite material, comprises e.g. mixing graphene oxide dispersion with caprolactam and aminocaproic acid in tubular heating furnace, passing argon gas, reacting, and cooling.

ZHAO X, JIA S, HE X, PENG Q