国家/地区 中国（21） 美国（17） 韩国（14） 世界知识产权组织（11） 日本（6） 台湾（5） 欧洲专利局（EPO）（3） 英国（3）
IPC部 C（40）
IPC大类 C23（40）
IPC小类 C23C（40） H01L（22） C01B（16）
H01B（5） H01J（5） B82Y（4）
H01M（4） B01J（3） B22F（3）
C09D（3） C22C（3） H01H（3）
C25F（2） H01G（2） H05B（2）
IPC C23C016/26（40）
发明人 MA Y（4） SHEN H（4） SHIN H（4）
BYUN K（3） BYUN K E（3） CAO H（3）
GLASS H（3） GUINEY I（3） IFUKU R（3）
MATSUMOTO T（3） QIAN T（3） SHIN H J（3）
SHIN K（3） SHIN K W（3） THOMAS S（3）
公开年 2021（24） 2020（8） 2022（8）
申请年 2020（40）
专利权人 SAMSUNG ELEC.（4） SHANGHAI XIN.（4） ZHEJIANG CHI.（4） PARAGRAF LTD（3）
TOKYO ELECTR.（3） ANHUI AEROSP.（2） BEIHAI HUIKE.（2） HKC CO LTD（2）
UNIV SHANGHA.（2）

Preparation of latticed composite transparent heating component used e.g. for electrothermal device, involves using metal deposition-etching method on high temperature-resistant transparent substrate is preparation with latticed nickel-based metal transparent conductive material.

PAN Z, TAN H

Method for preparing transparent electric heating device using metal-nano carbon conductive film, involves using packaging process to prepare transparent high temperature-resistant electric heating device, on basis of metal graphene/carbon nano-tube composite transparent conductive film obtained.

PAN Z, TAN H

Proton conductive membrane comprises proton selective layer which contains sp2 carbon, sp3 carbon, hydrogen, oxygen, and nitrogen and has pores, and ionomeric polymer layer, where proton conductive membrane is electrically non-conductive.

SHINDE D, CHATURVEDI P, VLASSIOUK I, SMIRNOV S

Manufacturing metal-carbon composite useful for high thermal conductivity heat dissipation material, comprises synthesizing carbon material on porous catalyst surface, complexing metal and controlling porosity of metal-carbon composite.

LEE S H, HAJUNSEOK, RHO H K, RYU H S

Preparation method of copper-based graphene, involves removing copper-based graphene precursor from impurities by solvent separation method, and drying copper-based graphene precursor to form copper-based graphene finished product.

WU G, QIAN T, CAO H, MA Y, SHEN H

Method for growing graphene on structured copper base, involves shaping copper powder and copper foil by isostatic pressing to form ingot, and growing graphene from ingot by chemical vapor deposition to form copper-based graphene.

ZHANG W, FU J, YANG J, SHEN H, MA Y

Method for preparing metal-based graphene composite material, involves growing graphene film on surface of metal powder by chemical vapor deposition in oxygen-free and preset environment to form a metal-based graphene composite material using mixed powder.

QIAN T, CAO H, SHEN H, LV X, MA Y

Method for preparing graphene-reinforced copper chromium electric contact material, involves cold pressing second mixed powder and sintered to obtain preform, and re-pressing and re-firing preform to obtain electrical contact material.

LV X, SHEN H, QIAN T, CAO H, MA Y

Silicon-based-carbon composite useful in cathode material of lithium secondary battery, comprises core-shell structure, where core includes e.g. silicon and magnesium silicate, and the shell includes first and second carbon layers.

HYUN L J, HUNSOO P, LEE S, HEE L, LIM J

Continuous production apparatus of multiple types of carbon film, comprises reduction section for reducing substrate placed on belt conveyor, and raw material carbon source supply section that supplies raw material carbon source.

WATANABE J