国家/地区 中国（20）
IPC部 C（20）
IPC大类 C09（20）
IPC小类 C09D（13） C09K（6） C01B（3）
B05D（2） B82Y（2） C08G（2）
C08L（2） H05K（2）
IPC C09D005/08（9） C09D007/61（7） C09D007/62（4）
C09D005/24（3） B82Y040/00（2） C01B032/194（2）
C08L063/00（2） C09D007/63（2） C09D163/00（2）
C09K005/14（2） H05K009/00（2）
发明人 WANG B（20）
公开年 2022（20）
申请年 2022（12）  2021（7） 
专利权人 INNER MONGOL.（3） ANHUI XINDAL.（2） NINGBO SINO .（2）

Stabilizing carbon oxide nano-tube suspension by graphene involves using suspension containing liquid medium, solid particles and stabilizer, where liquid medium comprises distilled water, solid particles comprise carbon nano tube, and graphene is used for obtaining stabilizing agent.

TIMOFEEVICH C N, PETROVIC G P, IVANOVICH S Y, ALEKSEEVNA I E, MIROSLAV L O, NIKOLAYEVICH M S, LI T, WANG B, DING A, WANG D

Preparation of stable suspension of graphene oxide nanoparticles and carbon nanotubes used for producing composite material, involves adding potassium dichromate in sulfuric acid, graphene nanoparticle and water, adding ethanol to carbon nanotubes and adding mixture to suspension.

TIMOFEEVICH C N, IVANOVICH S Y, ALEKSEEVNA I E, PETROVIC G P, MIROSLAV L O, NIKOLAYEVICH M S, LI T, WANG B, DING A, WANG D

Preparing high thermal conductivity film material, comprises e.g. mixing aniline solution and sulfuric acid solution with carboxylated graphene, placing polyaniline/graphene film in tube furnace, performing high-temperature treatment, heat curing, covering and peeling off ITO glass substrate.

ZHANG Z, YAN J, WANG B, LIU Y, DI W, BU X

Preparing coating useful in wet chlorine gas, chlorine water and other production device, comprises e.g. adding chlorinated polyester, adding triethanolamine, stirring, slowly and dropwisely adding water, heating latex, grinding to obtain solidified glue and uniformly mixing.

LI H, JIN C, WANG J, SHI Z, WANG B

New fluorine-modified epoxy vinyl ester antibacterial resin useful in multi-mechanism synergistic universal anticorrosive coating in marine engineering, petrochemical power construction, aerospace technology and national defense industry fields.

XU X, XU C, WANG B, CONG W, WU L

Preparing high thermal conductivity phase-change microcapsule comprises e.g. preparing regenerated chitin suspension, preparing regenerated chitin/graphene nanosheet dispersion as aqueous phase, mixing isophorone diisocyanate with phase change material as oil phase, and heating.

XU H, MAO Z, ZHANG Y, FENG X, WANG B, CHEN Y, SUI X

Economical and practical aqueous-based epoxy graphene bottom-surface-in-one coating comprises aqueous based epoxy resin, curing agent, modified graphene oxide and nano-alumina and prepared by modifying graphene into graphene oxide, modifying by nano-alumina and mixing with aqueous based epoxy resin.

WANG B, XU Y, LIU Q, NAN D

Preparing temperature-adaptive super-slip solid lubricating coating, comprises selecting target metal material, mixing binder and organic solvent, setting stirring speed and time for magnetic stirring of solid lubricating coating system, and spray drying.

GAO K, CHANG Q, WANG B

Preparing graphene quantum dots by shell pearl layer in-situ confinement, comprises e.g. separating the pearl layer of pearl shell or abalone shell, grinding to obtain pearl layer powder, placing in hydrothermal reaction kettle for hydrothermal reaction and soaking in hot diluted hydrochloric acid.

WANG B, GAO H

Economical and practical acrylic acid graphene bottom surface-integrated coating useful for prolonging service life of bad working condition e.g. seawater corrosion comprises acrylic resin, curing agent, modified graphene oxide and nano alumina.

WANG B, LIU Q, XU Y, NAN D