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IR detection of the methane halides fluid-like state at ambient conditions

The paper presents the IR-study of the fluid-like state generated at ambient
 conditions for methane halides (iodomethane, tetrachloromethane,
 tri-chloromethane, and dichloromethane). It was shown that at vapor
 compression-extension procedure realized in variable thickness spectral cell
 (VTOC), the dual phase state exhibiting both gas and liquid properties
 arises. A reversible transition from a gas-like to a liquid-like shape,
 independent on the thermodynamic characteristics of the studied methane
 halides, was revealed.