Sentence examples for lowest compactness from inspiring English sources

The morphometric parameters of the objects assigned to selected CMP classes (≤ 0.2, the lowest compactness; 0.201 0.4; 0.401–0.6; 0.601–0.8; 0.801–1; 1.001–1.2; > 1.2, the highest compactness) were compared via 2-way ANOVA for two horizons (A, C) and two textures (sand, silt loam).

Compactness is defined as the ratio of the square of the surface area to the volume of the lesion with a sphere having the lowest compactness index and an irregular undulating shape, such as a spiculated lesion, having a higher compactness index.

The D-tube has a low compactness.

However, the traditional shell-and-tube heat exchanger, which already has mature fabrication technology, is not appropriate in the developing miniaturized thermal system because of its low compactness.

A good clustering algorithm should produce a solution which has a high purity, rand index, DB index, and NMI and a low compactness.

Old masonries especially in the case of multi-leaf walls often present low compactness and very few links between the internal and external leaves.

Rather, such large values of apparent molecular mass can be attributed either to trimerization or to an extended conformation with low compactness of the polypeptide chain typical of IDPs [50].

Highly compact ZnO films develop craters upon etching with low or medium crater density, and low compactness leads to small etching structures.

This way stray light is minimized, which results in an excellent light-throughput, high dynamics, low cost, compactness and rigidity.

The stamped metal bipolar plate is a promising candidate of the traditional graphite plate for proton exchange membrane fuel cells (PEMFCs) due to its advantages, such as low cost, compactness, robustness and high production efficiency.

The FPGA or application-specific integrated circuit (ASIC) fabrication technology is more popularly being used due to the advantages of low power, compactness, huge amount of pipelined parallel data processing, and high speed computations [28, 30].