国家/地区 中国（11）
IPC部 C（11）
IPC大类 C23（11）
IPC小类 C23C（11）
IPC C23C018/12（3） C23C014/06（2） C23C016/26（2）
C23C016/48（2） C23C024/10（2） C23C026/00（2）
C23C028/00（2）
发明人 YE X（8） FENG L（5） HOU X（5）
SUO G（5） YANG Y（5） ZHANG L（5）
QIANG H（4） SUN Q（3） CHEN M（2）
QI M（2） ZHENG X（2）
公开年 2020（4） 2021（4）
申请年 2021（4）  2020（3）  2022（2） 
专利权人 UNIV SHAANXI SCI TECHNOLOGY（11）

Method for secondary growth of graphene on metal surface by laser, involves artificially damaging laser primary growth, damaged area, again using nanosecond pulse laser to obtain graphene film of metal surface secondary growth.

YANG Z, WEI M, CHEN M, ZHENG X, QI M, QIANG H, YE X

Method for in-situ growth of graphene film on nickel-plated surface of copper metal substrate by laser useful in production, transportation involves pre-coating different solid carbon source on copper-nickel alloy coating, and realizing in-situ growth of graphene film by different types of laser.

CHEN M, QI M, QIANG H, ZHENG X, YE X

Method for in-situ growth of graphene in high-voltage direct current air switch, involves preparing raw material composition, using plasma alloying process and pre-coating solid carbon source on surface of nickel/copper contact material.

ZHANG K, YE X, SUN Q

Preparation of nickel sulfide electrocatalyst used for preparing hydrogen, involves dispersing nickel source and graphene oxide in ethylene glycol, and thermally reacting thioacetamide and reduced graphene oxide/nickel hydroxide compound.

YU Y, LIN S, SUN D, XU B, MENG F, CHU W, REN J, HUANG L

Preparing graphene/metal-based composite contact based on tubular furnace heating, involves heating metal contact material in protection of argon gas to realize in-situ growing graphene, and cooling to obtain composite contact.

YE X, SUN Q, QIANG H, SUO G, FENG L, HOU X, YANG Y, ZHANG L

Secondary growing of graphene on metal surface comprises e.g. growing graphene film in situ on surface of metal substrate by using laser method, infiltrating carbon source into metal substrate, destroying graphene film, and heating.

YE X, QIANG H, SUN Q, JING D, YANG Y, ZHANG L, SUO G, FENG L, HOU X

In-situ growing of graphene on metal surface based on laser comprises e.g. introducing powdered metal nickel on the metal substrate using laser, pre-coating the solid carbon source on the alloy coating and irradiating using laser.

YE X, DONG R, YANG Y, SUO G, FENG L, HOU X, ZHANG L

Preparing graphene/metal matrix composite contact material comprises pure nickel powder is preset on surface of contact material, laser alloying, carrying out transition coating of contact material, using surface of transition coating.

YE X, YANG Y, SUO G, FENG L, HOU X, ZHANG L

Preparing cobalt oxide/reduced graphene oxide organic alcohol molecule sensitive film involves dissolving cobalt(II) acetate tetrahydrate in deionized water, adjusting pH value of the solution, stirring to get a red transparent solution A.

LU J, TIAN J, QIAO W, WEI C

Preparing in-situ self-repairing graphene metal-based self-lubricating composite coating involves irradiating high-power continuous laser on the metal surface of the preset graphite powder to obtain large-area graphene film.

YE X, YANG K, YANG Y, LIU Q, HOU X, ZHANG L, SUO G, FENG L