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Abstract
The potential of seawater has recently been reported as 0.8 V. This number conflicts with many literature sources on oceanography.
The synthesis, compositional formula and mode of thermal decomposition of a compound for which there existed only a single literature reference [1] have been investigated in this work.
In the case of TiN, other methods non-requiring the assumption of a kinetic model, such as non-parametric kinetics (NPK) [ 30 , 31 ], does not give accurate results due to the crossing of the curves at low conversions. Usual literature
determined values of the standard dissolution enthalpies of NaI in the mixtures investigated are listed in Tables 1 and 2 . The values of Δ sol H ∞ for NaI in pure solvents are in good agreement with the appropriate literature data: in methanol Δ sol H
has been shown in these types of compounds because of their various properties such as semiconducting, ferromagnetic, and antiferromagnetic behavior which is well reported in the literature [ 2 – 6 ]. These materials are unique because they have
. There are also some literature data on the micellization process of 8-12-8 in aqueous solutions obtained by means of conductometric [ 21 ], dilatometric [ 22 ], and calorimetric methods [ 11 , 23 ] but they concern only few temperatures. We expected
Theory of solid-state thermal decomposition reactions
Scientific stagnation or chemical catastrophe? An alternative approach appraised and advocated
declining, though slow growth of this huge literature continues. These articles rarely, if ever, question ‘accepted theory’ or explore replacement or novel perspectives. This is inexplicable when an alternative general theory of thermal reactions is
salts being investigated in non-aqueous H-bonded solvents MeOH, FA, and EG with the literature data, and (iii) to check up the existence of the linear dependence of values of the solutes being studied on the size of cation. Similar study on the
crystal (LC) and plastic crystal (PC). PC mesophase is also known by orientational disordered crystal (ODIC), [ 12 ] name recommended to be used preferably, and largely used in the literature. Scheme 1 Total
, Chemical and Physical Characterisation of Biomass-based Pyrolysis Oils, Literature Review , Technical Research Centre of Finland , Espoo , 1995 . [14] E. Jakab
