William B. Jensen. University of Cincinnati, Cincinnati, OH 45221. J. Chem. Educ. , 1996, 73 (1), p 11. DOI: 10.1021/ed073p11. Publication Date (Web):...
ern chemistry than that of electronegativity and no name is more persistently associated with its origins in the mind of the modern student of chemistry than that of ...
No concept more thoroughly pervades the fabric of mod- ern chemistry than that of electronegativity and no name is more persistently associated with its origins ...
No concept more thoroughly pervades the fabric of mod- ern chemistry than that of electronegativity and no name is more persistently associated with its origins ...
Here in Part I the origins of electronegativity as a qualitative concept in the ... list of citations to this article, users are encouraged to perform a search inSciFinder.
No concept more thoroughly pervades the fabric of mod- ern chemistry than that of electronegativity and no name is more persistently associated with its origins ...
Mar 1, 2003 - Part I of this three-part series traced the origins of the electronegativity concept in the work of Avogadro and Berzelius in the period 1809-1813.
Late Nineteenth- and Early Twentieth-Century Developments. William B. Jensen. Department of Chemistry, University of Cincinnati, Cincinnati, OH 45221-0172; ...
Mar 1, 2003 - Journal of Chemical Education .... the relationship between electronegativity and the periodic law, the relationship between ... General Public ...
A significant development in the electronegativity concept has been provided by Sanderson's formulation of the Principle of Electronegativity Equalization (1,2a): ...
A significant development in the eleetronegativity concept has been provided by Sanderson's formulation of the Principle of Electronegativity Equalization (1,Za): ...
