Sentence examples for may contain local from inspiring English sources
The corrosive action of a given substance varies considerably with its concentration, the temperature, any impurities that it may contain, local differences of oxygen concentration, the degree of agitation, and the possible presence of abrasive particles.
In a rigid body superimposition, these regions would appear variable although they may contain local similarity.
In the current study, we present a refined view of the "structurally variable" regions which may contain local similarity obscured in global alignment of homologous protein structures.
This database proposes a refined view of the SVRs, which may contain local similarity concealed in global alignment of homologous protein structures.
It should be noted that these models may contain local parameters P → that influence the reactions' velocities, but which are not part of the global parameter vector P →, and hence also not part of Q →.
In selecting features our aim was to take into account different aspects of a sentence, ranging from its location within the paper and the document structure (global features), to its length and sentence-internal features such as the citations, verbs, n-grams and grammatical triples (GRs) it may contain (local features).
The number of parameters involved in large-scale wave energy systems is typically too large for traditional optimization methods to be feasible, and the solution space may contain many local minima.
Likelihood functions involved in HMC problems may contain several local maxima.
Since KRMV is the closest station to the modeled deformation source (discussed below), the tilt change of KRMV may contain a local crustal deformation due to the volcanic activity.
In particular, each (non-diffusion limiting) step in a free-energy landscape may contain a local transition state which is related to the kinetics of the given step (see Appendix 2).
Moreover, each step that is associated with a large conformational change may contain a local transition state which determines the kinetics of the given step (Greenberg et al. 2016).
