国家/地区 中国（10）
IPC部 C（10） B（2）
IPC大类 C04（6） C01（4） B33（2）
IPC小类 C04B（6） C01B（4） B33Y（2）
IPC C04B035/622（3） B33Y010/00（2） B33Y070/00（2）
发明人 JIA D（10）
公开年 2015（3） 2019（2） 2021（2）
申请年 2015（3） 
专利权人 HARBIN INST TECHNOLOGY（10）

Preparing lithium battery cathode material of ultra-small oxides and carbon by microwave method comprises soaking zinc-based metal-organic framework material in metal salt solution, stirring, mixing ionized metal-organic framework powder with graphene powder, grinding, acid cleaning and drying.

JIA D, ZHANG H, DUAN X, WEI Z, LIU L, HUANG X

Graphene oxide reinforced silicon boron carbon nitrogen ceramic composition material comprises silicon boron carbon nitrogen ceramic and graphene oxide dispersed in silicon boron carbon nitrogen ceramic.

LI D, CHEN Q, JIA D, YANG Z, CAI D, ZHOU Y, GAO W

Preparing graphene/polypyrrole particle composite gel film involves preparing gel pool solution, mixing graphene oxide with metal oxide particle dispersion, adding prepared composite hydrogel film to reducing solution, and drying.

WANG Y, CHEN J, JIANG C, OUYANG J, JIA D, ZHOU Y

Three-dimensional printing graphene oxide reinforced aluminum silicate polymer by mixing potassium persulfate and phosphorus pentoxide, adding graphite, standing, filtering precipitate, stirring, dialyzing, and concentration calibrating.

YANG Z, ZHOU G, ZHONG J, HE P, JIA D, ZHOU Y

Preparing conductive graphene/inorganic polymer composite material involves mixing polymer-based composite material and graphene oxide solution and stirring mechanically to obtain printing ink.

JIA D, ZHONG J, ZHOU G, YANG Z, HE P

Graphene-reinforced silicon-boron carbon nitride ceramic composite material comprises silicon-boron carbon nitride amorphous powder e.g. silicon powder, graphite, hexagonal boron nitride, carbon element and boron element, and graphene.

CAI D, JIA D, LIANG B, WANG S, YANG Z, ZHOU Y, LI D

Preparation of graphene/aluminum silicate polymer composite material using graphene oxide in situ reduction by mixing graphene oxide suspension liquid and alkali-activated aluminosilicate powder.

DUAN X, HE P, JIA D, YANG Z, ZHOU Y, YAN S

High-temperature graphene/garnet nanocomposite ceramic material is obtained by mixing graphene oxide suspension, and alkali-activated metakaolin powder containing alkaline hydroxide and silica sol mixture.

DUAN X, HE P, JIA D, YANG Z, ZHOU Y, YAN S

Graphene/barium ferrite composite wave absorbing material is obtained from barium ferrite suspension having specified barium ferrite concentration and graphite oxide aqueous dispersion in specified mass ratio.

CAO J, WANG Y, OUYANG J, GONG Y, ZHOU Y, JIA D

Preparation of graphene conversion porous carbon microsphere by adding graphite oxide into deionized water for ultrasound peeling, adding initiator after mixing uniformly, sealing, naturally cooling, washing, and drying.

CAO J, GUO L, WANG Y, ZHOU Y, JIA D, OUYANG J