Sentence examples for challenging matrix from inspiring English sources

Furthermore, Basker provides 5.4× speedup on a challenging matrix sequence taken from an actual Xyce simulation.

Then, the utility of this approach is demonstrated by determining L929 fibroblast cell viability in a more challenging matrix, collagen, an optical scatterer.

Therefore, samples with low viscosity or challenging matrix are confined on the same area as purely aqueous samples.

Moreover, suppose it chooses a challenge matrix M* where both dimensions are at most q.

Theorem 1 Suppose the decisional q-parallel BDHE assumption holds and a challenge matrix of size is l* × n* where l* × n* ≤ q, our scheme is IND-CPA secure in the attack model 1.

Applying the Kline Directive, a quick method of eliminating competing technologies is to construct the Interstellar Challenge Matrix that compares the pros and cons of each competing propulsion technology.

This article reviews novel quantification concepts where elemental labelling is combined with flow injection inductively coupled plasma mass spectrometry (FI-ICP-MS) or liquid chromatography inductively coupled plasma mass spectrometry (LC ICP-MS), and empLC ICP-MS quandification of biomolemployeduch as proteins, peptides and related molecules in challenging sample matrices.

In combination with elemental labelling, LC ICP-MS based quantification shows advantages such as high sensitivity in chaLC ICP-MSsample matrices (e.g. required for ultra trace analysis of basedrkers), high selectivity (e.g. via employment of immune-reactions) and capability of multiplexing and species unspecific IDMS.

The hydrometallurgical processes produce acidic leachates during the recovery of PMs from waste sources, while the selective recovery of Au, Pd, or Pt from such a matrix is challenging either due to the chemical similarities of elements or complexities in the sources and matrices.

Processing of hard, refractory ceramic coatings in a metal matrix is challenging due to various factors including delamination or cracking due to large material property differences at the interphase, and non-uniform distribution due to improper mixing.

In structurally heterogeneous organs, such as heart, it is challenging to retain extracellular matrix integrity in the thinnest regions (eg, valves) during perfusion decellularization and completely remove cellular debris from thicker areas.