thermodifusive effect in an electroosmotic flow through a ... · uniform heat flux q 0 physical...

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Uniform heat flux q 0 Physical model of study Microchannel section Lab on a chip device U(x,y) T 0 + C 0 y -x C 0 T 0 L E 0 - h H -1 k T h T c Electrical conections Electrical double layer Viscoelastic fluid Cations and anions Microchannel Fluid connections Thermodifusive effect in an electroosmotic flow through a microchannel for a Phan-Thien & Tanner fluid Student: Alfredo Hernández Rodríguez Advisors: Dr. José Martínez Trinidad Dr. José Carlos Arcos Hernández

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Page 1: Thermodifusive effect in an electroosmotic flow through a ... · Uniform heat flux q 0 Physical model of study Microchannel section Lab on a chip device U(x,y) T 0 + C 0 y-x C 0

Uniform heat flux q0

Physical model of study

Microchannel section

Lab on a chip device

U(x,y)

T0

+

C0

y

-x

C0

T0

L

E0

-

h

H

-1k

Th

Tc

Electrical conections

Electrical double layer

Viscoelastic fluid

Cations and anions

Microchannel

Fluid connections

Thermodifusive effect in an electroosmotic flow through a microchannelfor a Phan-Thien & Tanner fluid

Student: Alfredo Hernández Rodríguez

Advisors:

Dr. José Martínez TrinidadDr. José Carlos Arcos Hernández