国家/地区 中国（117）
IPC部 H（117） C（31） B（17）
IPC大类 H01（117）
IPC小类 H01M（67） H01G（33） C01B（15）
B01J（7） B82Y（7） C08K（6）
H01B（6） H01L（5） H01Q（5）
C01G（4） C08L（4） C23C（4）
C08J（3） B05D（2） C08G（2）
IPC H01M004/62（31） H01M004/36（26） H01G011/86（23）
H01M010/0525（21） H01G011/36（15） H01M004/38（15）
H01G011/30（11） H01M004/58（11） H01G011/32（9）
H01M004/583（8） H01M004/88（8） H01M004/90（8）
B82Y030/00（7） C01B032/184（7） H01M004/86（7）
发明人 FENG J（13） LIU Y（13） QI J（13）
LIU R（11） FEI W（10） LI Y（10）
YIN G（10） ZHANG Y（10） LIN J（9）
MA L（9） ZHANG F（9） ZHANG X（9）
YUAN G（8） GAO Y（7） HUANG X（7）
公开年 2015（17） 2016（17） 2021（14） 2017（13） 2018（13） 2014（12） 2022（10） 2019（6） 2012（5） 2023（5） 2013（2） 2020（2）
申请年 2015（26）  2014（14）  2017（14）  2018（12）  2021（11）  2022（10）  2016（8）  2020（8）  2013（4）  2011（3）  2012（3）  2019（2）  2023（2） 
专利权人 HARBIN INST TECHNOLOGY（117）

Miura folding based reconfigurable transparent wave absorbing body, has three-pump folding shape structure connected with reflecting layer sequentially from up to down, and wave-absorbing layer composed of transparent conductive film.

WANG T, CAO W, MIN P, ZHANG R, ZHU J, SONG Z

Method for preparing flexible broadband-absorbing ultra-material film, involves dissolving polyvinyl butyral powder in anhydrous ethanol to obtain polyvinyl butyral binder, mixing graphene and carbonyl iron powder, and adding absolute ethanol to obtain composite absorbent.

ZHOU Z, KONG R, LI X, XING W, LI J

Preparing lithium battery dry electrode useful for e.g. lithium battery diaphragm, comprises uniformly mixing and dispersing conductive nanoparticles, dripping the electrolyte solution, centrifuging cured water-in-oil-in- water emulsion system, paving mixed powder on aluminum foil.

HUANG Y, LIU L, ZHU P, LI J

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

Black phosphorus-based composite electrode useful in lithium-ion secondary batteries, comprises black phosphorus nanosheets, carbon material and titanium oxide.

WANG C, WANG J, LIU W

Preparing nitrogen-doped graphene oxygen reduction catalyst with high specific surface area comprises e.g. dissolving carbon source, nitrogen source and sodium chloride in deionized water, heating, placing in a tubular furnace, calcining under inert gas, washing and drying.

AN M, ZHANG J, BI S, DONG D, LI R, LU X, YANG P

Preparing nanoparticle capable of continuously tuning physical property used for preparing composite material, involves mixing graphene oxide and barium titanate nanoparticles with deionized water, dispersing ultrasonically to obtain dispersion, placing dispersion liquid in atomization cup.

ZHEN L, YU Y, LI Y, SHAO W

Preparing silicon carbon material cathode high specific capacity based on functionalized polyethylene imine and poly-dopamine involves e.g. dropping washed polyethylenedopamine-functionalized silicon nanoparticle dispersion fluid to the graphene oxide dispersing solution, and stirring.

ZHANG Z, LIN S, WANG A, MENG D, YUAN G

Preparation of in-situ self-generated graphene/copper composite material with composite interface structure, used for e.g. large-scale integrated circuit lead, comprises heating raw material copper in air, soaking in formic acid, drying, and heating and carbonizing treatment.

ZHANG L, SHENG J, WANG L, FEI W