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2018
After considering the make-up of isolated atoms, we now want to have a closer look at how atoms interact with each other to form compounds and molecules. Practical experiences with different substances tell us that the type of bonds between atoms can be quite different.
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After considering the make-up of isolated atoms, we now want to have a closer look at how atoms interact with each other to form compounds and molecules. Practical experiences with different substances tell us that the type of bonds between atoms can be quite different.
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1998
This chapter presents several empirical models for describing the different types of bonding. All of them assign bonding to the behavior of the valence electrons and all of them are consistent with the basic assumptions of quantum mechanics of electrons. Several of the models account for the whole of the bonding energy and others only for part of it or
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This chapter presents several empirical models for describing the different types of bonding. All of them assign bonding to the behavior of the valence electrons and all of them are consistent with the basic assumptions of quantum mechanics of electrons. Several of the models account for the whole of the bonding energy and others only for part of it or
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Journal of Chemical Education, 1987
Overview of the chemical bond; considers ionic bonds, covalent bonds, Lewis electron dot structures, polar molecules and hydrogen bonds, and bonding in solid-state elements.
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Overview of the chemical bond; considers ionic bonds, covalent bonds, Lewis electron dot structures, polar molecules and hydrogen bonds, and bonding in solid-state elements.
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1994
We have just found that the equation $$ \Delta E_a^* = \Delta E_a^{*o} - \frac{1}{{{\gamma ^{\text{e}}}}}\Delta \left( {V_{{\text{ne}}}^{e{\text{ff}}} + 2V_{{\text{nn}}}^{e{\text{ff}}}} \right) $$ (3.1) offers a sensible route towards the calculation of chemical binding.
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We have just found that the equation $$ \Delta E_a^* = \Delta E_a^{*o} - \frac{1}{{{\gamma ^{\text{e}}}}}\Delta \left( {V_{{\text{ne}}}^{e{\text{ff}}} + 2V_{{\text{nn}}}^{e{\text{ff}}}} \right) $$ (3.1) offers a sensible route towards the calculation of chemical binding.
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Revisiting the Nature of Chemical Bonding in Chalcogenides to Explain and Design their Properties
Advanced Materials, 2023Jean-Yves Raty +2 more
exaly
Long-Range Forces in Rock-Salt-Type Tellurides and How they Mirror the Underlying Chemical Bonding
Advanced Materials, 2021Simon Steinberg +2 more
exaly
A Review of Research on the Teaching and Learning of Chemical Bonding
Journal of Chemical Education, 2022Jon-Marc G. Rodriguez +2 more
exaly