Theoretical Description for Sunset Yellow Electrochemical Determination in Food, Assisted by Poly(3,4-ethylenedioxypyrrole) – VO(OH) Composite | Zendy

Volodymyr Tkach | Zendy; Marta V. Kushnir | Zendy; Lilia Dubenska | Zendy; Solomiya Pysarevska | Zendy; Volodymyr Diychuk | Zendy; Petró Yagodynets | Zendy; Жолт Кормош | Zendy; Yana G. Ivanushko | Zendy; Yevgeniya Nazymok | Zendy; Galyna Pochenchuk | Zendy; G Do Nascimento | Zendy; V Cavalcanti | Zendy; R Santana | Zendy; D Sales | Zendy; J Rodrguez-Daz | Zendy; D Napoleo | Zendy; M Duarte | Zendy; S Tahtaisleyen | Zendy; O Gorduk | Zendy; Y Sahin | Zendy; E Rukosueva | Zendy; G Aliyarova | Zendy; T Tikhomirova | Zendy; V Apyari | Zendy; P Nesterenko | Zendy; M Zhang | Zendy; T Xu | Zendy; T Tian | Zendy; Y Zhang | Zendy; X Li | Zendy; H Yan | Zendy; W.-H Xie | Zendy; K Ntrallou | Zendy; H Gika | Zendy; E Tsochatzis | Zendy; L Khayyat | Zendy; A Essawy | Zendy; J Sorour | Zendy; A Soffar | Zendy; L.-L Jiang | Zendy; K Li | Zendy; D.-L Yan | Zendy; M.-F Yang | Zendy; L Ma | Zendy; L.-Z Xie | Zendy; N Kaminwar | Zendy; S Tekale | Zendy; A Chidrawar | Zendy; L Ktai | Zendy; R Pawar | Zendy; N Rozi | Zendy; A Ahmad | Zendy; L Yook Heng | Zendy; L Shyuan | Zendy; S Hanifah | Zendy; P Shaikshavali | Zendy; T Reddy | Zendy; A Lakshmi Narayana | Zendy; O Hussain | Zendy; G Venkataprasad | Zendy; T Venu Gopal | Zendy; A Shah | Zendy; Y Wu | Zendy; N Xie | Zendy; W Huang | Zendy; J Chen | Zendy; L Yu | Zendy; M Kushnir | Zendy; Y Ivanushko | Zendy; A Velyka | Zendy; A Molodianu | Zendy; Z Kormosh | Zendy; L Vaz | Zendy; S Tajik | Zendy; H Beitollahi | Zendy; F Nejad | Zendy; M Safaei | Zendy; P Mohammadzadeh Jahani | Zendy; K Pietruk | Zendy; M Pitkowska | Zendy; M Olejnik | Zendy; H Afanga | Zendy; H Zazou | Zendy; F Titchou | Zendy; Y Rakhila | Zendy; R Akbour | Zendy; A Elmchaouri | Zendy; J Ghanbaja | Zendy; M Hamdani | Zendy; V Vinothkumar | Zendy; A Sangili | Zendy; S.-M Chen | Zendy; T.-W Chen | Zendy; M Abinaya | Zendy; V Sethupathi | Zendy; I Das | Zendy; N Goel | Zendy; S Gupta | Zendy; N Agrawal | Zendy; V Tkach | Zendy; N Storoshchuk | Zendy; L Romaniv | Zendy; S De Oliveira | Zendy; O Luganska | Zendy; H Gala | Zendy; E Tchikuala | Zendy; P Yagodynets | Zendy

Open Access

Theoretical Description for Sunset Yellow Electrochemical Determination in Food, Assisted by Poly(3,4-ethylenedioxypyrrole) – VO(OH) Composite

Author(s) -

Volodymyr Tkach,

Marta V. Kushnir,

Lilia Dubenska,

Solomiya Pysarevska,

Volodymyr Diychuk,

Petró Yagodynets,

Жолт Кормош,

Yana G. Ivanushko,

Yevgeniya Nazymok,

Galyna Pochenchuk,

G Do Nascimento,

V Cavalcanti,

R Santana,

D Sales,

J Rodrguez-Daz,

D Napoleo,

M Duarte,

S Tahtaisleyen,

O Gorduk,

Y Sahin,

E Rukosueva,

G Aliyarova,

T Tikhomirova,

V Apyari,

P Nesterenko,

M Zhang,

T Xu,

T Tian,

Y Zhang,

X Li,

H Yan,

W.-H Xie,

K Ntrallou,

H Gika,

E Tsochatzis,

L Khayyat,

A Essawy,

J Sorour,

A Soffar,

L.-L Jiang,

K Li,

D.-L Yan,

M.-F Yang,

L Ma,

L.-Z Xie,

N Kaminwar,

S Tekale,

A Chidrawar,

L Ktai,

R Pawar,

N Rozi,

A Ahmad,

L Yook Heng,

L Shyuan,

S Hanifah,

P Shaikshavali,

T Reddy,

A Lakshmi Narayana,

O Hussain,

G Venkataprasad,

T Venu Gopal,

A Shah,

Y Wu,

N Xie,

W Huang,

J Chen,

L Yu,

V Tkach,

M Kushnir,

S De Oliveira,

Y Ivanushko,

A Velyka,

A Molodianu,

P Yagodynets,

Z Kormosh,

L Vaz,

S Tajik,

H Beitollahi,

F Nejad,

M Safaei,

P Mohammadzadeh Jahani,

K Pietruk,

M Pitkowska,

M Olejnik,

H Afanga,

H Zazou,

F Titchou,

Y Rakhila,

R Akbour,

A Elmchaouri,

J Ghanbaja,

M Hamdani,

V Vinothkumar,

A Sangili,

S.-M Chen,

T.-W Chen,

M Abinaya,

V Sethupathi,

I Das,

N Goel,

N Agrawal,

S Gupta,

I Das,

N Goel,

S Gupta,

N Agrawal,

V Tkach,

N Storoshchuk,

L Romaniv,

S De Oliveira,

O Luganska,

H Gala,

E Tchikuala,

P Yagodynets

Publication year - 2020

Publication title -

biointerface research in applied chemistry

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.216

H-Index - 11

ISSN - 2069-5837

DOI - 10.33263/briac114.1151911524

Subject(s) - composite number , electrochemistry , ionic bonding , ionic liquid , bifurcation , electrode , materials science , work (physics) , monotonic function , stability (learning theory) , thermodynamics , chemistry , chemical engineering , mathematics , analytical chemistry (journal) , composite material , ion , physics , mathematical analysis , computer science , nonlinear system , organic chemistry , quantum mechanics , engineering , catalysis , machine learning

In this work, the possibility for sunset yellow electrochemical determination, assisted by the composite of VO(OH) with conducting polymer, has been evaluated theoretically. The correspondent balance equation model of three variables has been developed and analyzed by means of linear stability theory and bifurcation analysis. The oscillatory and monotonic instabilities are shown to be manifested more probably than for the simplest case. The double electric layer (DEL) is influenced by the cyclic changes of ionic force observed during ionic forms' chemical transformation. Nevertheless, the CP – VO(OH) composite may be considered an efficient electrode modifier for yellow sunset determination.

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