Images of the quantified RMS were captured using the same inverted microscope, and the length of the RMS was subsequently measured with NIH ImageJ (version 1.42) software.
If the RMS was agreed, then the moratorium would collapse and Japan and Norway could return to full-scale hunting.
The average RMS was 0.31.
The root mean square (rms) was 0.4177.
Hence, RMS was used to measure a sample of peaks and valleys.
The field moisture content in the RMS was lower (4.7 %) compared to forest site (7.7 %).
The RMS was 2.27 mm and the mean difference was less than 1 mm at night.
In assessing the effect of design constraints, non-dimensional parameter, RMS, was introduced also.
The correlation coefficient of pairs of topographical maps of RMS was high (of the order of 0.8).
In this region of etch rate saturation a very low surface roughness of less than 1 nm rms was measured.
Response surface methodology (RMS) was used to evaluate the effects of the CPPs on the CQAs of the final product.
