Sentence examples similar to frequency of trapping from inspiring English sources

The local viscosity η 0, of fluid surrounding a vaterite microsphere rotating at Ω 0 far from a boundary is given by [ 26, 27]: η 0 = Δ σ P 8 π r 3 ω Ω 0 (3)where Δ σ is the difference in input vs. output circular polarization, P is the laser power, ω is the frequency of the trapping light, and Ω 0 is the rotational frequency of the vaterite microsphere.

Comparisons of trapping frequency across plots over the study period are not used in this paper.

Nano alert: The frequency of light trapped inside tiny silicon rings changes when a single protein lands on the ring.

The design specifications required that frequency of the trapping potential be adjustable to cover a large mass range and the trap radius be increased to increase the tolerance to divergent ion injection.

Evanescent mode coupling to the graphene-dielectric stack arises at the discrete frequencies of the trapped modes.

More specifically, in [15] it has been shown that a trapped-ion quantum simulator with realistic experimental parameters [7] can achieve good fidelities in the case of Eq. (11), for simulated values of ((c+v/2)) set by a frequency range from (nu /100) to (nu /25)—where ν is the frequency of the trap.

A silicon resonant cantilever sensor is developed for detection of airborne nanoparticles (NPs) by monitoring the change in resonant frequency induced by an additional mass of trapped NPs.

Silicon nanopillar resonators were fabricated and used for sensing airborne engineered nanoparticles (ENPs) by monitoring resonant frequency shifts induced by the mass of trapped ENPs.

This work demonstrates mass measurement of airborne titanium dioxide (TiO2) engineered nanoparticles (ENPs) using silicon resonant nanopillar sensors by monitoring resonant frequency shifts induced by the mass of trapped ENPs.

We identified the charge states of the trap-donor by comparison with I D -V G characteristics, and we found that the frequency of single-electron trapping is directly proportional to the photon flux [28].

A large number of data derived from the dense seismic network Hi-net (Okada et al. 2004) enabled more detailed analyses of the features of high-frequency trapped P waves and of the heterogeneous structure in the crust.