| 11. | Statistical methods such as root mean square ( RMS ) duly address the " total " idea in this respect.
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| 12. | The quadratic mean ( or root mean square ) of these values is taken, similar to a standard deviation calculation.
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| 13. | As a result, the root mean square ( RMS ) spotsize is undefined ( i . e . infinite ).
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| 14. | The average wavelength \ lambda a and the root mean square wavelength \ lambda q are derived from \ Delta a.
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| 15. | For this reason, describing data sets via their standard deviation or root mean square deviation is often preferred over using the variance.
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| 16. | This makes experimental determination of important quantities such as the root mean square end-to-end distance or the radius of gyration much simpler.
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| 17. | The change in structure is measured by calculating the root mean square deviation from the backbone atomal position of the favored structure.
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| 18. | The improvements are statistically significant in some cases, with magnitudes of up to 18 % in root mean square prediction error ."
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| 19. | The dBu is a root mean square ( RMS ) measurement of voltage that uses as its reference approximately 0.775 V RMS.
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| 20. | With this root mean square amplitude, one can measure reflectivity in order to map direct hydrocarbon indicators in a zone of interest.
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