国家/地区 中国（9）
IPC部 B（4） C（4） G（2）
IPC大类 B22（3） G01（2）
IPC小类 B22F（3） G01N（2）
IPC B22F001/00（3） B22F009/04（2） G01N027/30（2）
发明人 JI C（9）
公开年 2016（9）
申请年 2016（5）  2015（4） 
专利权人 AVIC BEIJING.（3） CHANGZHOU MO.（2） UNIV LIAONIN.（2）

Method for preparing graphene electrode in high-temperature piezoelectric sensor, involves starting vacuum heating furnace heating to open plasma source and perform constant temperature deposition, so as to obtain graphene electrodes.

SHEN L, GUO G, JI C, HE D, BAO N

Preparing graphene/alloy composite powder which involves dispersing oxidized graphene nanosheet in water or alcohol ultrasonically, mixing with nickel alloy powder and drying mixture.

DAI S, JI C, WANG X, XIAO C, YANG J, ZHANG X, ZOU J

Preparation of high temperature nickel alloy powder based alkene, involves adding nickel based alloy powder to graphene oxide solution, washing, drying to obtain composites, vacuum degassing, densifying, and heat treating.

DAI S, JI C, WANG X, YANG J, ZOU J

Graphene reaction gas recycling and storing system, has input pipeline connected with high-pressure pump that is connected with outlet part of kettle, where kettle is fixed with pressure reducing valve and inlet part of recycling pipe.

FENG B, JI C

Method for detecting dopamine under ascorbic acid existing condition, involves utilizing glassy carbon electrode as modified polymeric ionic liquid/polypyrrole/ graphene oxide nanosheets electrode glassy carbon electrode and polymerizing.

MAO H, LIANG J, SONG X, ZHANG H, JI C

Graphene composite material comprises reduced nitrogen-doped graphene oxide and nitrogen-doped titanium oxide nanowire.

JI C

Dopamine-modified electrode for detecting low concentrations of dopamine quantitatively, comprises polyamphoteric ionic liquid-polypyrrole-graphene oxide-modified glassy carbon electrode and poly(zwitterionic liquid) nanosheet.

MAO H, LIANG J, SONG X, ZHANG H, JI C

Preparing temperature resistant nickel-based alloy involves preparing nickel powder by using ball mill, and mixing obtained powder with graphene, and heating and degassing obtained product.

DAI S, JI C, WANG X, XIAO C, ZHOU L, ZHANG X, ZOU J

Preparation of high-performance YAG yellow fluorescent powder involves dissolving yttrium(III) nitrate hexahydrate and aluminum nitrate nonahydrate in deionized water, adding graphene oxide to saturated solution, mixing, and sintering.

DAI P, JI C, WANG Y, ZHANG X, SHEN L, JI L