Effects of Deposition Temperature on Phase Transition of Amorphous Ice
Kentaro Kina,
Yui Ono,
Daiki Yoshida
et al.
Abstract:To investigate the effects of deposition temperature, T d , on the phase transition of amorphous ice with heating, the infrared spectra of ice deposited at temperatures of 6−160 K were measured. From the changing rate of the wavenumber of the O−H symmetric stretching mode with heating, the transition processes from high-density amorphous (HDA) ice to crystalline hexagonal ice I h via low-density amorphous (LDA) ice and ice I c were analyzed. The results show that the structure of the deposited ice depends on T… Show more
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