国家/地区 中国（27）
IPC部 C（11） H（9） B（6）
D（5） G（3）
IPC大类 H01（9） D01（5） B01（4）
C02（3） C01（2） C08（2）
C09（2） G01（2）
IPC小类 D01F（5） B01J（4） D01D（4）
C02F（3） H01L（3） H01M（3）
C01B（2） C08J（2） C08L（2）
C09D（2） G01N（2） H01B（2）
IPC D01F001/10（5） D01D005/08（3） D01F006/92（3）
B01J020/30（2） C02F001/28（2） D01D005/24（2）
H01B005/14（2） H01B013/00（2） H01M004/36（2）
H01M004/62（2）
发明人 MA J（27）
公开年 2016（18） 2017（8）
申请年 2016（27）
专利权人 JINAN SHENGQ.（4） SHANGHAI INS.（3） UNIV TONGJI（3） CHONGQING GR.（2）

Graphene growth method used for increasing the nucleation density of graphene, involves providing germanium substrate, performing ion implantation on germanium substrate, annealing, providing carbon source and growing.

DI Z, MA J, ZHANG M, WANG G, JIA P, WANG Z, WANG X

Method for manufacturing pellicle, involves forming oxide layer over supporting substrate, forming metal layer over oxide layer, forming graphene layer over metal layer, and removing portion of supporting substrate and oxide layer.

MA J, WU T, YANG C, CHERN C S, LIN C, LIN Y, MA Z, WU X, YANG Q, CHEN Q, LIN Z, CHERN C

Preparation of graphene-titania photocatalytic composite material used in photocatalytic degradation of organic dye, involves chemically synthesizing graphene oxide, dissolving in ethanol, and ultrasonically processing.

PU S, ZHU R, DENG D, MA J

Preparation method of assembled cubic nickel(II) hydroxide/graphene oxide composite material, involves dispersing graphene oxide in water to obtain oxidized graphene mother liquid, diluting with deionized water, and adding nickel salt.

LIU J, HU R, MA J, LIU H, WU S, LI J

Graphene-loaded cobalt-nitrogen-carbon supramolecular hybrid aerogels composite material having three-dimensional porous network-like structure, comprises graphene and cobalt-nitrogen-carbon active catalysis center.

ZHANG Y, MA J, WANG X, HE T, TAN M, GUO S

Ultra-thin graphene/molybdenum sulfide superlattice material used in two-dimensional material/silicon heterojunction solar cell, is multilayer film obtained by laminating graphene and molybdenum disulfide film by layered transfer method.

ZHANG K, BAI H, MA J, WANG F, LI Y, LI W, YUAN Y

Preparing hollow graphene polyester fiber involves preparing graphene biomass masterbatch by stirring and dispersing biomass graphene powder, dispersant, and surfactant, and blending biomass graphene particles and polyester powder.

LI D, LU Y, FENG Z, CHEN H, SHEN F, YANG W, GU H, TANG D, LV D, WANG S, MA J

Preparation of germanium-based graphene nanopore by providing germanium-based graphene, performing ion implantation on germanium-based graphene, generating point defects in graphene and annealing to etch point defects.

DI Z, MA J, ZHANG M, XUE Z, JIA P, WANG Z, WANG G, WANG X

Preparation of composite transparent conductive film by preprocessing silver nanowires-graphene film-metal substrate composite structure, alignment bonding with photocurable liquid-coated flexible transparent substrate, and irradiating.

JIANG H, MA J, XU X

Method for preparing composite transparent conductive film, involves separating metal substrate from composite structure to obtain flexible transparent substrate-silver nano-solid photo-curing coating-graphene film.

JIANG H, MA J, XU X