国家/地区 越南（10）
IPC部 C（8） B（2） F（2）
IPC大类 C01（3） C09（3）
IPC小类 C09K（3） C01B（2）
IPC C01B031/00（2） C09K005/00（2）
发明人 PHAN N M（10）
公开年 2017（2） 2018（2） 2020（2） 2021（2）
申请年 2019（3）  2017（2）  2020（2） 
专利权人 VIETNAM ACAD.（9）

Improved process of graphite layer cleavage in liquid phase to fabricate graphene material by staggered biaxial shearing-mixing by e.g. adding graphite material containing liquid, cleaning the liquid by vacuum filtration system and drying.

BUI H T, PHAN N M, VASILI R, DOAN D P, NIKIFARAVA I, DUNG N V

High-power LED floodlight using liquid-cooled structure of nano-carbon component used as system of fusion of several LED headlights, comprises e.g. radiator base, radiator, cooling fluid, thermal paste, LED chip board and aluminum frame.

BUI H T, PHAN N M, PHUONG M T, BUI A T, NONG V P

Formation of nickel electroplated layers to reinforce graphene material and carbon nanotubes, involves dispersing nanotubes and modified graphene material in Watts solution, and forming nickel electroplating layer.

BUI H T, TRAN V H, NGUYEN P H N, PHAN N M, VU D L

Manufacture of special fluid containing graphene and carbon nanotubes for heat management in space, involves pre-dispersing surfactant in substrate, dispersing modified graphene material and modified carbon nanotube material, and vibrating.

BUI H T, CAO T T, LE XUAN H, TO A D, VU D L, PHAM A T, PHAN N M

Preparation of graphene-containing special liquid used as heat regulation fluid in circulating system of satellite, involves dispersing surfactant into base material, adding modified graphene, dispersing, and ultrasonically processing.

LE XUAN H, CAO T T, BUI H T, VU D L, PHAN N M, TO A D, PHAM A T

Making highly conductive heat-dissipating liquid containing graphene and carbon nanotubes for replacing conventional the liquid involves diffusing graphene material into substrate liquid and dispersing resultant material in liquid mixture.

VU D L, BUI H T, PHAN N M

Preparation of molybdenum disulfide-graphene hybrid material involves using electrochemical electrodes comprising graphite material and electrolyte solution, filtering electrolyte from obtained hybrid material, washing and drying.

BUI H T, PHAN N M, NGUYEN Q L, DANG N M, PHAN N H, TRAN D P

Production of bitumen-based composite material for enhancing solar heat absorption capacity involves fabricating bitumen base combination containing carbon nanotube ingredient by melting solid bitumen and slowly introducing graphene.

PHAN N M, PHAN H K, BUI H T, TRUONG C D

Producing silicone-based heat-radiating cream containing graphene for replacing conventional silicone-based heat-radiating cream, involves mixing graphene material with silicone oil, stirring mixture into silicone-based cream, and grinding.

BUI H T, PHAN N M, VU D L, MAI T P

Producing a metal/graphene nanocomposite material involves directly growing graphene on metal or alloy particles using chemical vapor deposition technology in combination with powder metallurgy, and producing nanocomposite.

BUI H T, DOAN D P, LE DINH Q, NGUYEN V C, PHAM V T, PHAN H K, PHAN N H, PHAN N M