"slope line" is a correct and usable term in written English, though it is more commonly used in mathematics and science contexts.
Example: The slope line was determined to be a positive gradient.
This resistance is commonly effected by using tie rods secured to anchors buried in the retained soil itself to a depth that, for reasons of overall stability, is beyond the natural slope line of the soil.
The values of m Ell and m LF can be determined, respectively, from zero slope line on elliptical flow derivative and zero slope line on linear flow derivative.
All predicted data points are very near to the 1 1 slope line.
Maximum slope line is noticeable in the direction of a channel reaching downwards on the ground surface.
Figure 7a, b illustrates the measured and predicted LVC and LPC on 1 1 slope line with standard error bars.
The plot is used to identify the pressure derivative values for infinite acting linear flow, elliptical flow and radial flow regimes (m RF from zero slope line on radial flow derivative, mEll from zero slope line on elliptical flow derivative and m LF from zero slope line on linear derivative) as shown in Fig. 6 (Arevalo et al. 2002; Martinez et al. 2012).
Slope lines are shown along with 95% standard error of slope (dashed lines).
The displacement of measured thermal slope lines in the two wells is about 16 °F, in average.
The paper focuses on geotechnical instrumentation deployed on the side slope lining system at the Milegate Extension Landfill, UK.
These recurring slope lines could potentially be caused by brines rising all the way out to the surface.
The previous simulation study relied on generating random hill slope lines, and adding error terms that follow a Laplace distribution.
