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Starting with a brief description of the system, the theoretical model and the tests performed are presented in this paper.
Considering the minimum noise estimate of the current system, the theoretical detection limit of a single magnetic dipole is ~1 × 10−14 Am2.
For a 3D rigid rod random system, the theoretical critical exponent value is 1.6 2.0 [25], which is well consistent with the theoretical result.
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Although theories differ on how System 1 interacts with System 2,[26] the theoretical core of System 1 is arguing that its processing is essentially associative.
In algorithms applied for projection of permeate composition in commercial NF systems, the theoretical models are augmented by empirical correction coefficients developed from field results.
This chapter provides a detailed view of the evolution that led to the optical submarine communication systems, the theoretical and practical background of the design rules of optical submarine systems, and the technology needed.
In sharp contrast to the existed results which can only finite-timely synchronize or stabilize the non-delayed systems, the theoretical results of this paper are more general and rigorous.
In fact, for certain systems the theoretical predictions and experimental measurements agree all the way out to 12 decimal places -- one part in a trillion -- likely the single most precise and well-tested aspect of modern science.
In three implant systems, the theoretical rotational freedom clearly deviated from the experimental results suggesting high manufacturing tolerances diminishing position stability of the abutment.
Conversely, in asexual systems, the theoretical expectation is that selfish elements should be rapidly eliminated, because they impart a selective disadvantage on the host, meaning that element-free lineages will outcompete those with elements (Hickey op. cit.; Johnson & Brookfield 2002 J Evolution Biol 15:42).
Finally, we showed that as the system size increases (and the system approaches the theoretical critical regime from a different route) the range over which the correlations extend also increases.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com