Sentence examples for mm the effective from inspiring English sources

Only about one-third of the territory has an annual rainfall of between 15 and 40 inches (380 and 1,015 mm)—the effective limits of agricultural development.

When a 30 mm × 15 mm rectangular aperture was filled by GF-piece of 20 mm × 10 mm, the effective bandwidth was improved to 12.1 GHz.

When the bubble diameters are smaller than 12 17 mm, the effective viscosity of the liquid-solid medium deviates from the viscosity of the corresponding Newtonian liquid.

The test variables, the anchor bolt diameter (( d_{o} ) = 63.5, 76.2, 88.9 mm), the effective embedment depth (( h_{ef} ) = 635, 762 mm), and the edge distance (( c_{1} ) = 381, 508, 762 mm), are shown in Table 3; the compressive strength of the concrete is fixed (( f_{ck} ) = 38 MPa) even though the experimental values are a little scattered as shown in Table 1.

While the distance changes from 0 to 30 mm, the effective sampling depth has been shown to vary from 9 mm to 19 mm.

We also estimate three random-walk sway parameters: the critical mean square displacement ⟨Δr⟩c (measured in square millimeters - mm), the effective long-term diffusion coefficient Drl (mm/s), and the long-term scaling exponential Hrl.

The experiment was conducted in a narrow vertical channel with the size of 2 mm × 10 mm × 250 mm, and the effective heating length was 200 mm.

The effective radius (R) for the flat specimen is 2.00 mm and the effective radius for the bumpy specimen is 0.806 mm, the radius of the bump was computed at the peak.

According to the potentialities of this strategy, the transverse magnification that must be put into the algorithm is γ = 0.16, the curvature radius of the numerical spherical reconstructing wave is R c  = γd 0 / (γ-1) = −157.3481 mm; and the effective reconstruction distance is d r  = −γd 0  = −132.27 mm, for each wavelength.

To determine dosimetry curves for various experimental conditions, 25 mM dispersions were prepared and dispersed in complete cellular media at a concentration of 1.25 mM and the effective density (ρ e) determined using Harvard VCM (Table 1) [33].

Taking both the synergistic benefits of magnetic CoNi nanocrystals and electric nitrogen-doped graphene, the CoNi/nitrogen-doped graphene hybrids show a maximum reflection loss of −22 dB at 10 GHz with a matching thickness of only 2.0 mm, and the effective absorption bandwidth with reflection loss exceeding −10 dB is 3.6 18 GHz with the absorber thickness of 1.35 5.0 mm.