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Respuesta al comentario sobre "Maxima en la respuesta termodinámica y las funciones de correlación del agua
Kyung Hwan Kim1, Alexander Späh1, Harshad Pathak1
1Department of Physics, AlbaNova University Center, Stockholm University, SE-10691 Stockholm, Sweden.
Science (New York, N.Y.)
|May 19, 2018
Resumen
Este estudio aborda las críticas a la investigación sobre máximos en la respuesta termodinámica y las funciones de correlación en agua superenfriada profundamente. Los resultados confirman que las conclusiones originales siguen siendo válidas a pesar de las cuestiones planteadas.
Área de la Ciencia:
- La termodinámica
- Química Física
- Ciencias del agua
Sus antecedentes:
- Investigaciones recientes identificaron máximos en la respuesta termodinámica y las funciones de correlación en agua superenfriada profundamente.
- Estos hallazgos tienen implicaciones para comprender el comportamiento anómalo del agua a bajas temperaturas.
Objetivo del estudio:
- Para abordar las cuestiones específicas planteadas por Caupin et al. con respecto a nuestro trabajo reciente.
- Para validar las conclusiones de nuestro estudio sobre las propiedades del agua superenfriada.
Principales métodos:
- Reevaluación de los datos y análisis presentados en el documento original.
- Enfoques teóricos y computacionales para verificar la respuesta termodinámica y las funciones de correlación.
Principales resultados:
- Las cuestiones planteadas por Caupin et al. se han abordado con éxito.
- El análisis confirma la solidez de los máximos observados en la respuesta termodinámica.
- Las funciones de correlación en agua profundamente superenfriada siguen siendo consistentes con nuestros hallazgos.
Conclusiones:
- Se apoyan las conclusiones de nuestro trabajo sobre máximas en las funciones de respuesta y correlación termodinámicas.
- El estudio reafirma las propiedades únicas del agua superenfriada.
- Las investigaciones adicionales pueden proceder sobre la base de los hallazgos validados.
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