Sentence examples for square diameter from inspiring English sources

These functions also include the density of the stand in terms of number of trees per unit of area and mean square diameter.

Fig. 3 Individual and mean (filled square) diameter (mm) in the superficial temporal artery (STA) on placebo day compared with BGC20-1531 before and after Prostaglandin E2 (PGE2) infusion.

where d is the inside bark diameter (cm) at height h (m) above the ground; V is the volume equation V = D α 1 H 2 H − 1.4 α 2 exp α 3 ; k is π 4 × 10 − 4, the constant for converting square diameter to basal area; H is total height (m) with 1.4 being breast height; D is outside bark diameter at breast height in cm; X is H − h H ; and α1 to α3 and β1 to β9 are equation coefficients.

A mean square diameter of 70 and 100 μm is observed for EtOH and IPA, respectively.

A standard curve was plotted of phenol concentration (%, v/v) against the mean of square diameter of inhibition zone.

Vessel total square diameter was measured at the apex and middle third of the basilar artery and at the middle portion of both right and left internal carotid artery.

Take two 3m long posts/poles that are fashioned into square diameters (similar to that as described in the inverted 'L' design) and attach a third pole 2m long across the top of them both.

The constrained least squares method (Matney et al. [1990], Cao and Baldwin [1999]) was used to adjust tree attributes (tree survival probability, squared diameter, or total height) by minimizing the sums of squared differences between the predicted and adjusted attributes, subject to the constraints that the aggregations had to match predictions from a whole-stand model (equations 7 8 of Table 1).

The results indicate that the droplet normalized squared diameter varies quasi-linearly with time, suggesting the applicability of the d2 law at all examined conditions.

Fixed effects included velocity squared, diameter, height, taper, wood density, age, and acoustic MOE (equivalent to V 2.ρ; Eq. 1).

We also found that the thermal conductance changes its character from the usual behavior, in proportion to the square of diameter (the cross-sectional area) for over 100 and 300 K, to the unusual one, not dependent on its diameter at all at low temperature.