国家/地区 中国（6）
IPC部 G（4） H（2）
IPC大类 G01（4） H01（2）
IPC小类 G01N（4） H01M（2）
IPC G01N033/574（4） H01M004/36（2） H01M004/62（2）
H01M010/0525（2）
发明人 ZHANG C（6）
公开年 2019（4） 2018（2）
申请年 2018（6）
专利权人 UNIV TIANJIN（6）

Full covalent bond connecting full reduction-oxidation graphene field effect transistor comprises substrate, RGO layer, semi-RGO layer and GO layer, where RGO layer is more pairs, where each pair is 2 RGO layer and as full covalent bond.

CHENG S, ZHANG C, HU W, WANG L, WANG Y, LU X, SI K

Use of fully-covalently-bonded fully-reduced graphene oxide field-effect transistor in production of biosensor which involves connecting full covalent bond to fully-reduced graphene oxide field effect transistor with source electrode.

CHENG S, ZHANG C, CHEN P, HU W, WANG L, WANG Y, LU X, SI K

Completely and covalently linked whole reduced graphene oxide field effect transistor comprises silicon dioxide layer loaded on silicon wafer, and reduced graphene oxide (RGO) layers connected as source electrode and drain electrode.

CHENG S, ZHANG C, HU W, WANG L, WANG Y, LU X, SI K

Use of fully covalently bonded fully reduced graphene oxide field effect transistor for constructing biosensor.

CHENG S, ZHANG C, HU W, WANG L, WANG Y, LU X, SI K

Preparation of cathode material for graphene-based lithium ion battery, involves adding carbon nanotubes to graphene-based dispersion, adding precursor of non-carbon material, stirring, hydrothermally reacting and soaking in deionized water.

YANG Q, XIAO J, HAN J, CHEN F, ZHANG C, TAO Y

Improvement of lithium ion battery nanosilicon cathode surface amount by mixing mixed dispersion liquid of sulfur-containing material, acid and graphene dispersion and nanosilicon dispersion solution, reacting and desulfurizing.

TAO Y, HAN J, CHEN F, YANG Q, XIAO J, ZHANG C