This study explored the effects of greywater application on the dynamics and functions of biofilms developed in bark, activated charcoal and sand filters used for removal of organic matter and nitrogen.
We aimed to evaluate the effects of maize straw applications on the dynamics of organic N and amino acid N derived from fertilizer N. Six treatments were set: no N fertilization (CK), application of only maize straw (M), low N levels (N1), N1 plus maize straw (N1 + M), high N levels (N2), and N2 plus maize straw (N2 + M).
Application to the dynamics of brittle cracks under various loading conditions is presented as test examples.
Both approaches mentioned successfully inferred static metabolic information, while applications to the dynamics of the metabolic state are still limited, whereas we consider the dynamic regulation that is unavoidable in photosynthetic metabolism.
The dynamics of a rotary nanopump, consisting of three coaxial carbon nanotubes and a number of graphene blades, has been simulated via application of the molecular dynamics (MD) method.
Of particular focus is the application of the system dynamics methodology in LTC planning.
This paper describes the first quantitative synthesis and field application of models on the dynamics of Anaplasma infection and the estimation of tick abundance.
We believe this is the first application of SPH to the dynamics of elastic-plastic solids.
However for microparasites, the theory and application of models of the dynamics within a single infected host is still an open field.
The application of nonlinear dynamics to the study of brain activity began to flourish in the 1990s when combined with empirical observations from modern morphological and physiological observations.
Based on the application of molecular dynamics in the space of pulse-sequence variables, a general method is proposed for constructing optimized CTEs capable of transferring an arbitrary (generally non-Hermitian) spin operator encoding the chemical shift of heteronuclear spins to an arbitrary spin operator suitable for signal detection.
