The phrase "adaption ratio" is not correct; the correct term is "adaptation ratio." You can use it in contexts related to biology, psychology, or any field discussing how well an organism or system adjusts to changes in its environment.
Example: "The adaptation ratio of the species indicates how effectively it can survive in varying climates."
Alternatives: "adjustment ratio" or "adaptability ratio."
The adaption ratio of simulated/measured mean absorbed dose was on average 0.99 ± 0.025.
The adaption ratio (simulated/measured mean dose) was almost perfect for individual biopsies, on average 0.99 ± 0.025.
By weighting the macroscopic influence of the 16 biopsies, the adaption of the mean is better (mean: 43 ± 38 vs. 47 ± 34 Gy, median: 36 vs. 38 Gy), with an overall adaption ratio (weighted-sub-sample/sample mean absorbed dose) of 0.91, but it is still far from perfect.
Optimizations of cut-off limits using Youden index and logistic regression-derived likelihood ratio functions with correct adaption for pre-test probabilities both yield reasonably stable results, being nearly independent from pre-test probabilities actually used.
The metabolic compensation, however, demonstrated a very similar adaption as pH, HCO3-, and the respiratory ratio (RQ) exhibit identical responses.
The double algorithm was also implemented to discriminate the valence from the ground state charges, this time by using the golden ratio imbalance equation as provided by adaption of the Heisenberg type relationship to chemical reactivity for atoms.
With the use of an algorithm-guided adaption (increase) of the dialysate to blood flow ratio, all alkalosis episodes resolved within at most 6 h, showing again that RCA-CVVHD allows rapid correction of metabolic alkalosis [ 10].
Comparisons with isotropic porous structures show that our anisotropic structures have better adaption with the stress tensor field and thus gain better strength-to-weight ratio for the 3D printed model.
To enhance the packet delivery ratio in sparse networks, we introduce some redundancy control in the self-adaption procedure for HH-VBF.
To quantify the signal transduction efficiency of the osmo-adaption network, we introduced a measure of the signal response gain, which is defined as the ratio of output change integral to input (signal) change integral.
When measured under similar conditions (after dark adaption), our plants showed small differences in their Fv/Fm levels, with HL plants exhibiting the highest ratios.
