Preparation of glassy carbon tetrachloride
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Cited by (6)
Investigation of vapor cryodeposited glasses and glass transition of tetrachloromethane films
2020, Applied Surface ScienceCitation Excerpt :M.D. Ediger et al. have used a differential calorimeter investigated a 400 nm thick tetrachloromethane film formed during condensation from the gas phase at a pressure of P = 10−6 Pa on a substrate at a temperature T = 10 K. Based on the obtained dependence of the sample heat capacity on the heating temperature, the value of the transition temperature from the glass state to the supercooled liquid state was determined to be Tg = 78 K. The significant discrepancy between this value and the data of Haida [21] is explained by the possible imperfection of the measurement technique in those years as well as the possible presence of impurities in the sample. Taking this into account, we carried out IR spectrometry studies of the formation and structural transformations of cryovacuum condensates of tetrachloromethane under conditions like those realized in [20,21].
Thermo-analytical study of vapor-deposited n-alkanes†
1991, Journal of Physics and Chemistry of SolidsThirty years of thermoanalytical study in Osaka University
1986, Thermochimica ActaGlass transition and stable glass formation of tetrachloromethane
2016, Journal of Chemical Physics