Journal•ISSN: 0022-1902
Journal of Inorganic and Nuclear Chemistry
About: Journal of Inorganic and Nuclear Chemistry is an academic journal. The journal publishes majorly in the area(s): Aqueous solution & Cobalt. It has an ISSN identifier of 0022-1902. Over the lifetime, 10918 publication(s) have been published receiving 179652 citation(s).
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4,896 citations
TL;DR: In this article, a new method is described for the preparation of polycrystalline materials with oriented crystals by reaction of the oriented grains of a strongly anisotropic ferrimagnetic with non-oriented grains of usually non-magnetic components.
Abstract: A new method is described for the preparation of polycrystalline materials with oriented crystals by reaction of the oriented grains of a strongly anisotropic ferrimagnetic with non-oriented grains of usually non-magnetic components. Using this type of reaction, for which the name “topotactical (or “topotaxial”) reaction” is proposed, oriented samples of Ba3CoδZn2−δFe24O41, BaCoδZn2−δFe16O27, Ba2Zn2Fe12O22 and BaCoδTiδFe12−2δO19, which have related hexagonal crystal structures, have been prepared as well as some ferrites having the cubic spinel structures.
1,717 citations
1,565 citations
TL;DR: In this paper, the electronegativities of sixtynine elements have been calculated from the most recent thermochemical data, and the mean deviation of the calculated electronegativity difference, 0·208 √ †, from the difference of the average electrone-gativities is 0·046 units.
Abstract: The electronegativities of sixty-nine elements have been calculated from the most recent thermochemical data. The mean deviation of the calculated electronegativity difference, 0·208 √ †, from the difference of the average electronegativities is 0·046 units. The trends of electronegativity values within the periodic system are summarized. The transition metal contraction, the lanthanide contraction, and crystal field stabilization are observed to contribute to the relative values of electronegativity.
1,440 citations
TL;DR: In this article, an equation for the evaluation of electronegativity from the force of attraction between a nucleus and an electron from a bonded atom was presented, and the electronegativities of forty-four elements were calculated.
Abstract: An equation is presented for the evaluation of electronegativity from the force of attraction between a nucleus and an electron from a bonded atom. From this simple electrostatic approach, the electronegativities of forty-four elements are calculated. The results are compared with certain previously proposed scales of electronegativity.
851 citations