Titlebook: Ionic Liquid Properties; From Molten Salts to Yizhak Marcus Book 2016 Springer International Publishing Switzerland 2016 (IL) Properties.(I

疲勞

Introduction,es of the ions constituting ionic liquids, Chap. . deals with the properties of high-melting, i.e. molten salts, Chap. . shows some data on network, eventually glass forming, molten salts, Chap. . shows the properties of low-melting salts, including hydrated salts, and Chap. . deals with the propert

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逗留

High-Melting Salts, Structural aspects of molten salts as derived from diffraction measurements and computer simulations are tabulated and discussed. The thermochemical properties, as they are theoretically modelled, are dealt with, and the experimental data are tabulated. These include the enthalpies of phase changes

蕁麻

Low-Melting Ionic Salts,symmetrical quaternary ammonium and phosphonium salts, the properties of which as liquids are tabulated and discussed. Salt hydrates, whether melting congruently or not, form another category of low-melting salts, the properties of which are dealt with here.

合唱隊

軌道

tle is known about the chemistry: they have remarkably high sensitivity over a wide dynamic range and are available for a wide range of organic and inorganic cations and anions. In addition, ion-selective electrodes require very little power, have low mass, and can withstand dramatic swings in tempe

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Yizhak Marcusrence, behavior, and actual circulation in the environment, toxicological profile, and bioactivity and bioavailability. In combination with electrochemical principles, speciation has a long tradition and at least since the last third of the twentieth century this special area skillfully utilizes the

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FLIC

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Yizhak Marcusal analysis of volcanic emissions of H.S and SO.. It describes the application to environmental monitoring of low-cost, low-power, miniature electrochemical sensors, originally developed for use in gas leak alarm systems within industry and for occupational health and safety monitoring systems. Over