国家/地区 墨西哥（9）
IPC部 B（6） C（6）
IPC大类 B82（6） C01（6） C08（3）
IPC小类 C01B（6） B82Y（5） C08K（3）
B82B（2）
IPC B82Y030/00（4） B82Y040/00（3） C08K003/04（3）
B82B001/00（2） C01B031/04（2）
发明人 FERNANDEZ TAVIZON S（9）
公开年 2017（4） 2018（3）
申请年 2015（4）  2016（4） 
专利权人 CENT INVESTI.（9）

Synthesising polymer nano-composite involves dispersing graphene nano-plates in the polymerization reaction system and polymerizing elastomer in the presence of graphene nano-platelets.

REGALADO E J J, CORRAL F S, LOPEZ GONZALEZ H R, RODRIGUEZ GONZALEZ J A, ALFONSO MERCADO SILVA J, BERRONES GUERRERO O A, DE LEON GOMEZ R E, CARRIZALES R M, FERNANDEZ TAVIZON S

Preparing graphene stable suspensions denanoplatelets as baffles, surface roughness and in technologies of size reduction of solid particles, involves using ultrasound treatment with phosphoric acid from different graphites.

DE LEON SANTILLAN A, DE CASAS ORTIZ E G, DIAZ BARRIGA CASTRO E, ESTRADA AGUILAR F I, SERRANO CAMARENA F A, LOPEZ G F H, ALFONSO MERCADO SILVA J, FERNANDEZ TAVIZON S

Preparing stable graphene suspensions denanoplatelets in incorporate additional mixing or attrition aid elements such as baffles, and size reduction of solid particles technologies, involves using glycerol from different graffiti.

DE LEON SANTILLAN A, GALLARDO VEGA C A, DE CASAS ORTIZ E G, ALFONSO MERCADO SILVA J, RODRIGUEZ HERNANDEZ J, SANTIAGO RODRIGUEZ FERNANDE, FLORES R A, FERNANDEZ TAVIZON S

Method for preparing graphene nanocomposites with metal oxide nanoparticles through the mechanical treatment of graphite mixtures, involves degrading graphite in graphene nanoplatelets using mechanical energy generated in a grinding system.

DE LEON SANTILLAN A, GALLARDO VEGA C A, DE CASAS ORTIZ E G, ALFONSO MERCADO SILVA J, RODRIGUEZ HERNANDEZ J, MARTINEZ CARTAGENA M E, SANTIAGO RODRIGUEZ FERNANDE, FERNANDEZ TAVIZON S

Preparing concentrates of graphene nanoplatelets via milling of graphite and exfoliants, involves delaminating graphene nanoplatelet by mechanical energy from grinding system and stabilizing graphene nanoplatelet by incorporating exfoliant.

RODRIGUEZ GONZALEZ J A, FERNANDEZ TAVIZON S, MERCADO SILVA J A, ZUNIGA CORONADO I N, ALFONSO MERCADO SILVA J

Preparing graphene nanoplatelets involves mixing graphite in liquid phase having green exfoliants, exfoliating graphite with high cutting and ultrasonic cavitation in the mixing system, and stabilizing graphene nanoplatelets.

FLORES R A, MORONES P G, ESPINOZA GONZALEZ C J, RODRIGUEZ GONZALEZ J A, FERNANDEZ TAVIZON S, MATA PADILLA J M, ALFONSO MERCADO SILVA J, ATHZIRI DE LA PENA MARTIN

Preparing graphene involves exfoliating graphite because high cutting forces and cavitation ultrasonic generated in mixing system, decorating graphene sheets by deposition of metal oxide nanoparticles and stabilizing graphene sheets.

RODRIGUEZ GONZALEZ J A, FERNANDEZ TAVIZON S, ALFONSO MERCADO SILVA J

Preparing bio-nano compounds based thermoplastic starch with graphene oxide in molten state involves dispersing exfoliate graphite oxide in an aqueous solution in certain ratio with respect to water by applying ultrasound waves.

AVILA ORTA C A, GONZALEZ MORONES P, HERNANDEZ HERNANDEZ E, SOLIS ROSALES S G, FERNANDEZ TAVIZON S, CORRAL F S, MATA PADILLA J M, ESTRADA AGUILAR F I

Synthesizing polymeric nanohybrid masterbatch with graphene by in-situ polymerization used in automotive, involves using bis(2-hydroxyethy terephthalate) monomer, ultrasonic waves to obtain hybrid polymer nanocomposite.

MORONES P G, HERNANDEZ HERNANDEZ E, FERNANDEZ TAVIZON S, MATA PADILLA J M, SANCHEZ ARRIETA Y