We provide explanations for such a trend of even/odd alternation based on concepts of the highest vibrational frequency, bonding character, electronic configuration, incremental binding energy, nucleus-independent chemical shift, and dissociation channels.
The trend of odd/even alternation is also detected in certain bond length, atomic charge, electronic configuration, the highest vibrational frequency, energy difference, electron detachment energy, and incremental binding energy of the most probable ground-state isomers.
We provide explanations for such trend of even/odd alternation based on concepts of the geometrical structure, bonding character, atomic charges, vertical electron detachment energy, and incremental binding energy.
In this paper, we provide satisfactory explanation for such trend of even/odd alternation based on concepts of bonding nature, electronic configuration, electron affinity, incremental binding energy, and dissociation channels.
We detected trends of odd/even alternation in electronic configuration, energy difference, ionization potential as well as in certain bond length and certain atomic charge of the linear ground-state HCn+ (n = 1 10) isomers.
We detect trends of odd/even alternation in electronic configuration, the highest vibrational frequency, ionization potential, incremental binding energy as well as in certain bond length and certain atomic charge of the linear ground-state structures of the HCnSi+ (n = 1 10) clusters.
The trend of such odd/even alternation can be explained based on concepts of bonding characters, energy differences, electron affinities, and incremental binding energies.
Treatment with UE2316 led to a trend in increased percentage alternation in both wild-type and Tg2576 mice compared with vehicle (two way ANOVA, treatment effect: P =.06).
At 15 months of age, although there was a trend for increase in alternations of entries in cilostazol-treated mice, no significant difference in both alternations of entries in the arms and spontaneous activity between vehicle- and cilostazol-treated Tg-SwDI mice (Fig. 6B).
Cyclic softening trend becomes obvious as the number of alternation increases.
