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The significance of these correlations is that phenomena can be influenced through their correlates.
Can any of these correlations be scientifically supported?
However, we cannot rule out shared responses to unmeasured factors as the cause of these correlations.
Results of these correlations are compared versus experimental data.
The majority of these correlations were between carbon or nitrogen content and families of nirK, norB, nifH, or bacterial amoA.
Most of these correlations are spurious and deceive us when we're trying to understand a situation.
Details of these correlations are explored and their sensitivity to the underlying nucleon-nucleon interaction.
The literature includes a plethora of these correlations that vary widely in estimating rock strength.
The predictions of these correlations can differ by an order of magnitude.
Generally, the predicting performance of these correlations deteriorates as the channel diameter further reduces.
Most of these correlations cannot predict the experimental data very well.
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