国家/地区 中国（5）
IPC部 H（5）
IPC大类 H01（5）
IPC小类 H01L（3） H01M（2）
IPC H01L027/32（2） H01L051/10（2） H01L051/44（2）
H01L051/52（2） H01M004/02（2） H01M004/36（2）
H01M004/62（2） H01M010/052（2） H01M010/0525（2）
发明人 KIM G（5）
公开年
申请年 2022（2） 
专利权人 SAMSUNG ELEC.（2） SAMSUNG SDI .（2）

Composite active material for forming anode, comprises core comprising silicon-containing structure and/or silicon-containing compound, and shell comprising carbonaceous material, and at least one metal oxide arranged in matrix of carbonaceous material, arranged on and conformed to surface of core.

SHIM K, MAH S, SON I, JO S, KIM G, PARK J, KAPYLOU A, LEE J, EUN S K, MAH S K, JO S N, KIM G S, WAN L J, SHIM K E, MA X G, SON I H, KIM K S, PARK J H, LEE J W, LI J, PARK S, JIN G, ZHAO S, MA X

Composite active material used as cathode for lithium battery, comprises core comprising lithium transition metal oxide, and a shell comprising metal oxide, carbonaceous material, and doped fluorine element.

KAPYLOU A, MOON J, SON I, KIM G, CHERNYSHOV D, MAH S, JO S, MOON J S, KIM G S, MAH S K, JO S N, ZHAO S, MA X, CHERNYSHYOV D, JIN G, MUN J S, SON I H, KIM K S, MA X G

Light emitting display device comprises lower substrate, thin film transistor is provided on lower substrate, passivation layer is provided on thin film transistor, overcoating layer is provided on passivation layer.

SHIN H, LEE K, KIM K, KIM T, KIM J, KIM E, SEO H, KIM G, KIM Y, YAN J, SEOHYUNTAE, KIM E J, KIM J Y, KIM J H, KIM K H, LEE G S, SHIN H D, JIN R, JIN G, JIN E, JIN Z, LI G, SHEN H

Transparent electrode for use in e.g. flexible display, has first electrode layer formed on substrate, and second layer formed on first layer, where set of holes is arranged in repetitive array in graphene mesh structure.

WOO Y S, SOHN H, SHIN W, CHO E, KWAK C, PARK H C, CHO Y, KO D, KO W, KIM K, CHO E H, KO D S, WOONG K, YEO R, SUN X, XIN Y, GUO C, PARK H, CAO Y, GAO D, GAO X, KIM G

Graphene transistor for use as radio frequency transistor in hybrid transistor, has cover covering upper surface of source electrode and drain electrode and forming air gap above graphene channel between source electrode and drain electrode.

CHUNG H, CHUNG U, KIM K, CHUNG H J, JOUNG W I, KIM K N, CHUNG U I, JUNG W, JUNG H, KIM G