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Calorimetric Observation of the Melting of Free Water Nanoparticles at Cryogenic Temperatures
104
Citations
33
References
2009
Year
Calorimetric ObservationCryogenic TemperaturesEngineeringDifferential Scanning CalorimetryComputational ChemistryChemistryThermodynamicsMolecular KineticsMaterials ScienceCluster ScienceChemical ThermodynamicsPhysicsNanotechnologyPhysical ChemistryCold ChemistryCalorimetric MethodQuantum ChemistryMeasured Caloric CurvesLow TemperaturesNanomaterialsNatural SciencesCryogenicsHydrogen-bonded LiquidCluster ChemistryParticle-size Specific TransitionFree Water NanoparticlesThermophysical Property
We present an experimental study of the thermodynamics of free, size-selected water cluster anions consisting of 48 and 118 molecules. The measured caloric curves of the clusters are bulklike at low temperatures but show a well-defined, particle-size specific transition at 93+/-3 K for (H2O)48- and 118+/-3 K for (H2O)118-. At the transition temperature the heat capacity strongly increases, which marks the onset of melting.
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