Sentence examples for more efficient particle from inspiring English sources

A simplification in the source design allows a more efficient particle extraction.

The so-called optimal proposals and Rao-Blackwellization have been utilized to produce more efficient particle filters.

This suggests that fast reconnection occurred during the restructuring of the magnetic configuration, resulting in more efficient particle acceleration, while the reconnection slowed after the cusp was completely formed and the magnetic geometry was stabilized.

It introduces an approach which enables for a more efficient particle use within the multimodel structure of the tracker; rather than allocating the particles to the various modes of operation using fixed mode probabilities, it proposes to allocate the particles freely according to user-defined application-specific criteria.

For a given energy, electrons themselves are a more efficient bombarding particle than the much heavier ions (atoms that have lost or gained at least one electron).

Yang (2010) stated that CS is potentially far more efficient than particle swarm optimization and genetic algorithms.

STEPS employs the spatial SSA approach to discrete reaction diffusion simulation, which is generally more efficient than particle-based methods, yet more abstracted conceptually.

Impaction of Ti particles reduced intra-particle pore size by deformation of individual particles as well as reducing inter-particle pore size by more efficient packing of particles.

A coated foam is also advantageous because the neutron-absorbing material is only on the surface, which is more efficient for α particle emission on a per captured neutron basis.

The results are interpreted considering the particle size distributions and assuming that particles are Joule heated so that the heating is more efficient for finer particles, with greater surface to volume ratio.

However, taking into account urchin size and the changes in particle flux at each water velocity, S. purpuratus was significantly more efficient at capturing particles with "spines up" — an advantage which disappeared once spines were lowered.