Sentence examples for notch width from inspiring English sources
In the U-notch, this stress concentration factor (SCF) increases as notch width decreases.
The embryo notch width ratio was greater for both ancient and modern broomcorn than foxtail millet, about 50 vs. 30%.
In this step, the amplitudes of the 60 Hz odd-order overtones were reduced to 1/100 of their initial values, with a notch width of 0.1 Hz.
The embryo notch width ratio for broomcorn millet was about one half, and that of foxtail millet was only about one-third.
We then used 2000 complete millet seeds from NKLE-F4T3P7L57F1 for microscopy observation and morphological analysis of the angle of the embryo notch, width of the opening of the embryo notch, and depth of the embryo notch.
Selective attention increased the amplitude of the evoked brain responses with all of the used notch widths, but as a non-multiplicative function of the width of the notch when compared to the Ignore condition.
In the present study, attentional modulation was strongest with the intermediate notch widths (e.g., ±150 Hz and ±80 Hz; see Figures 3 and 4), again decreasing in amplitude with ±40 Hz notch and plain white noise.
Within a given block, repetitive 100 ms 1000 Hz sine wave tones (65 dB SPL, inter-stimulus interval (ISI) 1.5 2.5 s) were presented either in silence, during continuous white noise, or during white noise band-stop filtered (120 dB/Hz) with one of six different notch widths ±ΔF (±500, ±400, ±250, ±150, ±80, and ±40 Hz) centered at 1000 Hz.
Note the inaccurate notch's width, nulling placement, and insufficient gains at normalized Doppler approaching 0.2~ 0.3 for the estimated curves.
In the case of a partial disengagement of the pyramidal process from the pterygoid notch, the width of the opening was measured from the pyramidal process to the pterygoid plate adjacent to the opening (Fig. 7b).
