In a paper by Frolov [41] using the approach of explicitly correlated exponential basis functions has studied the properties of some atomic and molecular three-body ions which contain positively charged muons ((mu ^)).
The approach of trait correlated expression analysis already proofs to be useful by many studies [ 32- 34].
We describe an innovative approach to correlate prevalence of SDRMs in drug-naive and treatment-failing patients, providing understanding of transmissibility and reversion dynamics.
This work reviews the basic fundamentals of colorimetry, followed by the description of a consistent experimental approach to correlate a visual rating with an instrumental measurement (e.g., dE* from a colorimeter) to remove the subjectivity from the assessment.
The predicted dose distribution is in excellent agreement with the measured data (Pearson coefficient, r = 0.96), thus confirming the validity of the statistical sampling approach to correlate individual particle counts to whole cell fluorescence measurement.
The present work examines the ability of both approaches to correlate laminar hydrogen, methane, ethane, and propane flame lengths for a range of 1 15 times earth gravity.
The lack of change in the therapeutic approach of patients is correlated with previously published studies but is probably underestimated in the context of our retrospective study.
Results showed that the indicators of the approach strongly correlated with the stress levels of the specimens; that the approach can characterise the stress states precisely, with an error of about five per cent in critical stages.
Finally, using the same approach, we correlated the residuals of the individual whole-body burden of Cs with the radiation values in milk (Bq\L) for 2008.
