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- Q863696 subject Q7367522.
- Q863696 abstract "In chemistry, bond-dissociation energy (BDE) or D0, is one measure of the strength in a chemical bond. It can be defined as the standard enthalpy change when a bond is cleaved by homolysis, with reactants and products of the homolysis reaction at 0 K (absolute zero). For instance, the bond-dissociation energy for one of the C–H bonds in ethane (C2H6) is defined by the process:CH3CH2–H → CH3CH2· + H·D0 = ΔH = 101.1 kcal/mol = 423.0 kJ/mol = 4.40 eV (per bond)".
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- Q863696 wikiPageWikiLink Q7367522.
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- Q863696 wikiPageWikiLink Q879.
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- Q863696 comment "In chemistry, bond-dissociation energy (BDE) or D0, is one measure of the strength in a chemical bond. It can be defined as the standard enthalpy change when a bond is cleaved by homolysis, with reactants and products of the homolysis reaction at 0 K (absolute zero). For instance, the bond-dissociation energy for one of the C–H bonds in ethane (C2H6) is defined by the process:CH3CH2–H → CH3CH2· + H·D0 = ΔH = 101.1 kcal/mol = 423.0 kJ/mol = 4.40 eV (per bond)".
- Q863696 label "Bond-dissociation energy".