The resulting size effect plays a dominant role in improving the piezoelectric properties, which compensates for the hardening effect of acceptor doping.
With some exceptions, the results in general match well with the results of size effect experiments, and particularly the strong size effect observed in the tests.
This results in quantum size effects.
The resulting effect size, ρ = .51, r = .43, is larger than previously typical.
The resulting effect size smaller than the other study but is nonetheless large (Cohen's d = 1.85).
Results show that finite size effects are dependent on the property analyzed.
Response: A detailed response, including new results, regarding gene set size effects on the GO analysis is provided above.
Results show that size effect makes the effective rigidity vary more prominently with shorter beam length or larger layer thickness.
Overall, it appears that these experimental design factors had little impact on resulting effect sizes and their interpretation.
Resulting effect sizes and their interpretations were extremely robust for cotton and maize (72 total study-x-functional-guild analyses in cotton and 204 in corn).
