国家/地区 中国（10）
IPC部 C（8） H（2）
IPC大类 C01（6） C23（2） C30（2）
H01（2）
IPC小类 C01B（6） C23C（2） C30B（2）
H01B（2）
IPC C01B031/04（6） C23C016/26（2） C30B029/02（2）
H01B013/00（2）
发明人 LIN T（10）
公开年 2012（10）
申请年 2012（6）  2010（2）  2011（2） 
专利权人 CHINESE ACAD.（9）

Graphene-based back electrode material used for polycrystalline cadmium telluride solar cell, has three-dimensional continuous network structure of graphene and binder.

BI H, HUANG F, LIANG J, LIN T

Preparation of three-dimensional continuous graphene network structure composite material as e.g. electrical conductive material, involves adding three-dimensional continuous graphene skeleton composite structure, soaking and curing.

BI H, HUANG F, LIN T, TANG Y

Three-dimensional graphene tube for use in e.g. solar cell, has diameter and length, in preset range, and has preset number of layers.

BI H, HUANG F, LIN T

Preparing graphene for a three-dimensional porous carbon material, by activating carbon atom of the carbon material using hydrogen plasma, and converting the three-dimensional porous graphite into three-dimensional porous graphene.

HUANG F, LIN T

Preparation of high quality graphene powder involves placing organic insulating substrate or catalyst substrate powder in microwave auxiliary heating sealing container, carrying out organic decomposition, and growing.

HUANG F, LIN T

Preparation of low-temperature gas phase reduction high conductive graphene material e.g. used in photovoltaic cell by making use of temperature zone heating equipments of high temperature area and low temperature area.

HUANG F, LIN T, WAN D, YANG C

Three-dimensional graphene/metal line or metal wire composite structure for solar cell and storage battery, is formed by growing graphene on outer surface of metal line by coating carbon source using chemical vapor deposition method.

BI H, HUANG F, LIN T

Preparation of high-quality graphene transparent conductive film for lithium-ion battery, involves forming organic thin film layer on catalyst in sealed container, heating, decomposing organic substance and transferring to target substrate.

HUANG F, LIN T

Preparation of boron-doped graphene e.g. used in dye sensitization solar batteries comprises reacting reactive metal with low-carbon halohydrocarbon and boron source in reactor under protection of inert gas.

HUANG F, LIN T

Preparation of graphene used in photoelectric components, comprises reacting active metal with low-carbon halohydrocarbon or anhydrous ethanol to generate new carbon, reconstituting graphene, and purifying.

HUANG F, LIN T