Sentence examples for almost all models of from inspiring English sources
Almost all models of low-temperature plasma, which were proposed in the mid- and late 1980s, are summarized, together with the boundary conditions that plasma processing faces.
Almost all models of amino acid replacement assume that all amino acids sites evolve independently according to the same Markov process.
The adaptive benefit of female choosiness is a component of almost all models of sexual selection – whereby females exhibiting non-random mating patterns gain a direct and/or indirect fitness advantage [ 1, 3].
Sarcoplasmic reticulum (SR -mediated Ca2+ handling (which includeSR -mediatede via the sarCa2+asmic/endoplasmic Ca2+ ATPase pump, SERCA, and Ca2+ release via thandlingdine receptor, RyR2) is altered in almost all models of heart failure and may lead to abnormal myocardial relaxation and filling during diastole [ 5, 6, 15, 22].
Rustici must certainly have done almost all the modeling of the statues.
Since jobs tend to be brief, almost all models spend most of their time looking for work.
From the methodological standpoint, almost all models include a degree of interaction between land use and transport, albeit not in the same way (the Helsinki and the South Tyrol model share the same software and are more similar; the Dortmund and the Edinburgh model are built with different relationships).
Almost all models explained a portion of variance significantly larger than zero at the 5% error probability level or less.
When measuring the microbial growth of each microorganism by optical density, almost all models provided quite high goodness of fit (r > 0.93) for all growth curves.
A general mathematical form of almost all established models of effective connectivity is provided by the general state equation for non-autonomous deterministic systems, which allows a causal description of how dynamics in non-autonomous systems (i.e. systems that exchange energy or matter with their environment) result from system structure (Friston et al., 2003; Stephan et al., 2007 b ).
SEM observations revealed that abrasion of the textile fibers as a result of yarn-on-yarn and/or yarn-on-bone contact was a common phenomenon to almost all models, and was the primary cause of prosthetic failure.
