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The resulting systems produce both an electronic record and a paper record.
Massive filters clean the air of dust and moisture, workers don spacesuit-like gear and the resulting systems are micro-tested for the smallest imperfection.
The resulting systems are not universal quantum computers capable of performing any calculation, but they suggest that an atomic approach may have more potential than presumed.
The resulting systems of nonlinear algebraic equations are solved using the Picard and Newton iterative methods.
The local asymptotic stability and the total stability of the resulting systems are proved.
The resulting systems, known as Clumps, offer potentially superior performance to applications capable of exploiting the tight coupling within each SMP.
This solution is efficient but the resulting systems are slow to adapt because creating a new chip takes a long time.
The desorption factor has been incorporated into the Sato-Taniyama model and the resulting systems of equations solved iteratively.
The resulting systems can then be improved by combined chemical and bioengineering optimization, allowing access to powerful catalysts.
The resulting systems hold great promise for a variety of applications in diagnosis, tissue engineering, and drug delivery.
For designing and optimising the resulting systems of considerable complexity, a purely experimental approach is time and cost consuming.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com