国家/地区 中国（7） 韩国（5） 美国（3）
IPC部 C（14）
IPC大类 C23（14）
IPC小类 C23C（14） C01B（7） B22F（3）
H01M（3）
IPC C23C016/44（14）
发明人 HOU B（2） LEE J（2） PARK J G（2）
QIU H（2） ZENG M（2）
公开年 2020（7） 2021（4） 2019（3）
申请年 2019（14）
专利权人 FUJIAN MINXI.（2）

Detecting grain boundaries of two-dimensional material involves slowly heating two-dimensional material on metal foil in heating device to realize optical visualization of grain boundaries in graphene.

LIU K, XU X, ZOU D, LIU C

Forming silicon carbide coating layer by chemical vapor reaction process, comprises placing metallic silicon powder on bottom of chamber, positioning carbon-containing material, and raising and maintaining temperature inside chamber.

LIMKWANGHYUN, SHIN I C, LIM B J, CHO N C, PARK J G, LEE H, LEE J

Core-shell structure useful in anode material for secondary batteries comprises metal core, and shell which is graphene.

CHOI H Y, PARK J W, EUGENE L, DOH C H, BAE Y

Silicon-carbon composites in anode active material for secondary battery comprises core-shell structure comprising e.g. core comprising silicon-containing constituent with silicon crystal and first carbon and shell comprising second carbon.

OH S M, PARK J G, LIM J

Microball complex useful in cathode of lithium secondary battery comprises microballs having three-dimensional carbon nanotube matrix structure, graphene and silicon nanoparticles, and carbon coating layer.

YANG C M, JO A, KIM S Y, RYU J S, LEE M W, MINGOOK K, NA W

High temperature coating of graphene anticorrosive layer of copper alloy composite material comprises cleaning copper alloy surface, soaking in dilute hydrochloric acid, heating with hydrogen gas, decomposing and coating graphene.

ZHANG Z, YANG D, HE P

Graphene heterojunction substrate transfer device, has transfer chamber provided with etching chamber and storage chamber, where etching chamber is formed with through hole that is connected with storage chamber.

KONG W, ZHAO Y

Formation of vertical graphene nanostripes used for supercapacitor, involves providing substrate in processing chamber, generating plasma, exposing substrate, and growing graphene nanostripes having preset aspect ratio of length to width.

YEH N, HSU C

Preparing in-situ composite metal grid graphene composite functional film involves growing graphene layer, and depositing graphene on surface of metal foil by chemical vapor deposition method to form graphene layer covering metal foil.

ZHANG B, HAN Y, GUO X, SUN W, JIANG H, SHI H, LI C

Growing graphene on surface of metal powder for obtaining graphene, involves spraying carbon source, metal powder, and protective gas into chemical vapor deposition furnace, where carbon source and metal powder enter high temperature region.

HOU X