KINETIC AND THERMAL STABILITY STUDIES OF BISPHENOL-C DERIVATIVES

Bhavin Dhaduk; Sonali Borkar

2022, Vol: 11, Issue: 11

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Research Article

ECB. 2021; 10(2): 73-79

KINETIC AND THERMAL STABILITY STUDIES OF BISPHENOL-C DERIVATIVES

Bhavin Dhaduk, Sonali Borkar.

Abstract
Thermal study of some novel bisphenol-C derivatives has been investigated using TG and DSC techniques under nitrogen atmosphere at the heating rate of 10 ºC min-1. The nature and position of the substituents affect DSC transition, thermal stability, and kinetic parameters. Melting transitions (57-237 oC) and heat of fusion (15-78 kJ mol-1) of the compounds have been determined from DSC curves. Bisphenol-C derivatives are thermally stable up to about 215-350 oC and followed either integral or fractional order degradation kinetics due to structural dissimilarity—different magnitudes of n, Ea and A suggested different degradation mechanisms. Large and negative magnitudes of ∆S*confirmed a highly ordered transition state, while large and positive magnitudes of ∆S* confirmed a less ordered transition state.

Key words: Kinetic parameters; Bisphenol-C; Thermal decomposition; TG; DSC.

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Pubmed Style

Bhavin Dhaduk, Sonali Borkar. KINETIC AND THERMAL STABILITY STUDIES OF BISPHENOL-C DERIVATIVES. ECB. 2021; 10(2): 73-79.

Web Style

Bhavin Dhaduk, Sonali Borkar. KINETIC AND THERMAL STABILITY STUDIES OF BISPHENOL-C DERIVATIVES. https://www.eurchembull.com/?mno=46511 [Access: November 29, 2022].

AMA (American Medical Association) Style

Bhavin Dhaduk, Sonali Borkar. KINETIC AND THERMAL STABILITY STUDIES OF BISPHENOL-C DERIVATIVES. ECB. 2021; 10(2): 73-79.

Vancouver/ICMJE Style

Bhavin Dhaduk, Sonali Borkar. KINETIC AND THERMAL STABILITY STUDIES OF BISPHENOL-C DERIVATIVES. ECB. (2021), [cited November 29, 2022]; 10(2): 73-79.

Harvard Style

Bhavin Dhaduk, Sonali Borkar (2021) KINETIC AND THERMAL STABILITY STUDIES OF BISPHENOL-C DERIVATIVES. ECB, 10 (2), 73-79.

Turabian Style

Bhavin Dhaduk, Sonali Borkar. 2021. KINETIC AND THERMAL STABILITY STUDIES OF BISPHENOL-C DERIVATIVES. European Chemical Bulletin, 10 (2), 73-79.

Chicago Style

Bhavin Dhaduk, Sonali Borkar. "KINETIC AND THERMAL STABILITY STUDIES OF BISPHENOL-C DERIVATIVES." European Chemical Bulletin 10 (2021), 73-79.

MLA (The Modern Language Association) Style

Bhavin Dhaduk, Sonali Borkar. "KINETIC AND THERMAL STABILITY STUDIES OF BISPHENOL-C DERIVATIVES." European Chemical Bulletin 10.2 (2021), 73-79. Print.

APA (American Psychological Association) Style

Bhavin Dhaduk, Sonali Borkar (2021) KINETIC AND THERMAL STABILITY STUDIES OF BISPHENOL-C DERIVATIVES. European Chemical Bulletin, 10 (2), 73-79.

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