国家/地区 中国（7）
IPC部 H（4） B（3） G（2）
IPC大类 H01（3） B82（2） G01（2）
IPC小类 B82Y（2） G01N（2） H01L（2）
IPC B82Y040/00（2） G01N021/35（2） H01L031/028（2）
发明人 HU D（7）
公开年 2016（7）
申请年 2015（4）  2016（3） 
专利权人 NAT CENT NAN.（3）

Method for preparing magnetic graphene based-thermal conductive pattern that is utilized in e.g. rigid circuit board, involves placing modulator in magnetic field and substrate on modulator surface, and adding magnetic graphene dispersion.

ZHU X, HU D, NIE J

Preparation of nano-magnetic poly-lysine/(graphene-carbon nanotubes) biosorption material for industrial wastewater treatment, involves adding e.g. polylysine and pyrrolidinedione, to magnetic (graphene-carbon nanotube) suspension.

HU D, ZHOU C, LI X

Anisotropic graphite/graphene composite microsphere negative electrode material comprises spherical particles which are bonded by graphite microcrystals and graphene sheets.

CAI L, HU D, WU X, YANG X, ZHANG F

Method for detecting in-situ electrical graphene background deduction, involves producing plasmon enhancement components and infrared detection device, overlying graphene layer on dielectric layer, followed by determining.

BAI B, DAI Q, HU D, HU H, YANG X, LIU R

Flexible Schottky solar energy battery has PMMA insulation layer whose upper portion is set with net-like metal aluminum electrode, and graphene layer whose one exposed side is equipped with gold/titanium electrode.

HU D, MENG D, TANG Z, YU F, ZHANG X

Graphene plasmon device used for enhancing infrared spectrum detection, comprises gate electrode, dielectric layer made of e.g. sodium chloride, graphene layer, source electrode, drain electrode metal layer and to-be-detected material.

BAI B, DAI Q, HU D, HU H, YANG X, LIU R

Graphene plasmon enhanced infrared spectrum detection based spectral line peak value separating method involves detecting need for determining preset range and increasing gate voltage so that intrinsic signal in masked peak is revealed.

BAI B, DAI Q, HU D, HU H, YANG X, LIU R