Міжнароді проекти

COST

(European Cooperation in Science and Technology)

Thermodynamic properties of materials containing hydrated fullerene inclusions at extra low temperatures

Project Team Ph. D. О. Romantsova

Period 2024 - 2024

Summary: The objective of this proposal was to verify and further explore the distinctive features identified in low-temperature heat capacity studies in low-dimensional carbon-based systems. These materials, including graphene oxide and fullerene, were of particular interest due to their unique structural and thermal properties. The goal was to gain a better understanding of the type of disorder present in these systems and how it influenced their thermal behavior. During the research stay, TRGO-HyFn composites and pure fullerene sample were systematically investigated. The heat capacity measurements revealed a pronounced boson peak in the data for the fullerene sample and the composite, but none for the graphene oxide, indicating significant thermal anomalies associated with their structural and vibrational properties.

	COST (European Cooperation in Science and Technology)
Thermodynamic properties of materials containing hydrated fullerene inclusions at extra low temperatures
*Project Team*	Ph. D. О. Romantsova

*Period*	2024 - 2024

*Summary:*	The objective of this proposal was to verify and further explore the distinctive features identified in low-temperature heat capacity studies in low-dimensional carbon-based systems. These materials, including graphene oxide and fullerene, were of particular interest due to their unique structural and thermal properties. The goal was to gain a better understanding of the type of disorder present in these systems and how it influenced their thermal behavior. During the research stay, TRGO-HyFn composites and pure fullerene sample were systematically investigated. The heat capacity measurements revealed a pronounced boson peak in the data for the fullerene sample and the composite, but none for the graphene oxide, indicating significant thermal anomalies associated with their structural and vibrational properties.