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- W1974001569 abstract "Micro amounts of anomalous or polywater have been prepared in micron sized capillaries. The capillaries were transferred directly to the apparatus where differential thermal analysis was carried out. The thermograms obtained show the substances to melt at approximately −30°C, and boil and/or decompose at temperatures in excess of 300°C, depending upon the degree of anomality or polymerization. These properties differentiate it from normal water and show it to be anomalous water or a polymer of water. Deryagin1 and coworkers have referred to a form of water as “anomalous water” because of the different and distinct physical properties it has exhibited as opposed to those of ordinary water. This material has been prepared in similar ways by several investigators2–4. The amount of material obtained in every case has been exceedingly small which makes analysis and characterization difficult. A recent study of anomalous water by Lippincott4 has been performed. From the Raman and infrared spectra of this material, these investigators concluded that this material is truly a polymer of water as opposed to anomalous water. Because of the micro quantities of material that can be obtained for analysis and in view of the unusual reported physical properties which define the substance (freezing point below –10°C, and stability to temperatures of 300–500°C)4,5, differential thermal analysis appeared to be a technique that provided the required sensitivity and temperature range for investigating the properties of anomalous or polywater." @default.
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- W1974001569 date "1970-07-01" @default.
- W1974001569 modified "2023-10-17" @default.
- W1974001569 title "Characterization of anomalous or polywater by differential thermal analysis" @default.
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- W1974001569 doi "https://doi.org/10.1016/0040-6031(70)80031-4" @default.
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