Sentence examples for systems with size from inspiring English sources
Due to the complex structures of living systems, with size scales spanning from the micron to millimeter range, the use of microtechnology to recreate in vivo-like architecture has exciting potential applications.
Also, nursery populations are typically not large enough (order 10 at most) to buffer demographic stochasticity; indeed, demographic stochasticity can dominate dynamics in patchy systems with sizes orders of magnitude larger than this one [ 44– 44].
Here we present a collection of medium and large-scale dynamic systems, with sizes of tens to hundreds of variables and hundreds to thousands of estimated parameters, which can be used as benchmarks for reverse-engineering techniques.
Although single-molecule fluorescence detection has become routine in the laboratory, the light-scattering detection of single dielectric nanoparticles such as lipids, polymers, mesoporous silica, and virus-based drug delivery systems with sizes smaller than a few tens of nanometers remains a significant challenge.
However, further experiments are required on an integrated system with size relevant to the proposed HCLL-TBS design to validate system-level effects, particularly regarding the desorption process in an array of multiple droplets.
Despite the limitation on the system size (multivariable systems with the size less than 4 × 4), the result is generally applicable to most multivariable systems in chemical process control.
It is expected that the storage density of the EPCM would be even greater for plant size TES systems with larger size capsules, without the penalties associated with the limited scale used here.
In the presence of the constraints, the update requires solving a sequence of linear systems with varying size.
Microlocal discretization methods enable one to consider new systems with reduced size.
This makes it possible to simulate systems with the size 8 × 8 and larger, which are extremely time consuming on a single CPU.
Various dosage rates and conditions of SAP were able to produce adequate air void systems with satisfactory size and distribution as compared to conventional air entraining agents.
