Freezing and Melting of Methyl Chloride in a Single Cylindrical Pore: Anomalous Pore-Size Dependence of Phase-Transition Temperature

Kunimitsu Morishige,Keizi Kawano

doi:10.1021/jp991177m

Freezing and Melting of Methyl Chloride in a Single Cylindrical Pore: Anomalous Pore-Size Dependence of Phase-Transition Temperature

Kunimitsu Morishige, Keizi Kawano

https://doi.org/10.1021/jp991177m

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Journal: The Journal of Physical Chemistry B	Publication Date: Aug 27, 1999
Citations: 33

Affiliation: Okayama University of Science

#Single Cylindrical Pore #Cylindrical Pore #Melting Of Chloride #Single Pore #Anomalous Dependence #Dependence Of Temperature #Dependence Of Phase-transition Temperature #Pore-Size Dependence #Siliceous MCM-41 #X-ray Diffraction Measurements

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To study the freezing/melting behavior of a confined CH3Cl, we performed X-ray diffraction measurements of CH3Cl confined inside the cylindrical pores of six kinds of siliceous MCM-41 with differen...

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Freezing and Melting of Methyl Chloride in a Single Cylindrical Pore: Anomalous Pore-Size Dependence of Phase-Transition Temperature