Sentence examples for subsequent dynamics from inspiring English sources

The other poacher, busy hacking off Mlima's tusks, dismisses this belief as "infidel" nonsense, but Nottage told me that the poachers' refusal to honor the dead Mlima was key for the subsequent dynamics of the play.

The optical generation of non-equilibrium electron distributions in metallic nanostructures and their subsequent dynamics are of fundamental and practical interest due to their potential applications in photovoltaics, photocatalysis, optical switching, and sensing1,2,3.

The 225 eV photon pulses from FLASH were used to excite the water sheet, and subsequent dynamics were monitored by transmission and reflection of visible light pulses from a femstosecond optical parametric amplifier (OPA).

LU+ allows users to model the proximate effects of these events on forest composition and biomass, as well as subsequent dynamics, including tree establishment and the potential for future management.

This paper examines a portion of Lake Superior's shoreline where coastal landscape has been shaped by the introduction of 25 billion kg of stamp sand from the copper industry and subsequent dynamics associated with longshore currents.

The subsequent dynamics are thus dependent on the length of the applied constant synaptic inhibition.

Subsequent molecular dynamics simulations allow gaining novel structural and dynamic insights into hERG functioning and perturbation.

Homology modeling and subsequent molecular dynamics simulation studies have been used to understand the structure and dynamic behavior of many membrane proteins.

Our results also have consequences beyond YOY fish because recruitment into adult fish stocks and subsequent population dynamics are strongly size-dependent in perch28 and other species36.

Therefore, states with only one of the three subsystems in excited state, |1g1g2, |0e1g2, and |1g1e2, are relevant in discussing the subsequent coherent dynamics of the system.

When applied to normal incidence measurements our method uncovers the ultrafast excitation of a non-Fermi-Dirac distribution and its subsequent thermalization dynamics.