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articleNo Access
Thermodynamic Investigation of Polyhydroxylated Derivatives of Light Fullerenes
- N. Podolsky and
- M. Lelet
International Journal of Nanoscience26 Mar 2019
Preview Abstract
Isobaric heat capacities of C $_{60}$ $_{60}$ (OH) $_{40}$ $_{40}$ and C $_{70}$ $_{70}$ (OH) $_{12}$ $_{12}$ fullerenols were measured using adiabatic calorimetry in the temperature range of 0–320K along with standard thermodynamic functions: $S_{m}$ $S_{m}$ , [ $Φ_{m} (T) - Φ_{m} (0)$ $Φ_{m} (T) - Φ_{m} (0)$ ] and [ $H_{m} (T) - H_{m} (0)$ $H_{m} (T) - H_{m} (0)$ ]. Furthermore, the molar entropy of formation and the molar third law entropy of C $_{60}$ $_{60}$ (OH) $_{40}$ $_{40}$ and C $_{70}$ $_{70}$ (OH) $_{12}$ $_{12}$ in crystalline state at 298.15K were calculated.

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