Sentence examples for trapping electric from inspiring English sources

The purpose of the new trap is to reduce effects of the nonlinear components of the trapping electric field; those nonliner components introduce variations in the cyclotron frequency of an ion depending on its spatial position (its cyclotron and trapping mode amplitudes).

Stolovitzky's group designed a nanopore with a metal-dielectric sandwichstructure capable of controlling the DNA translocation process with a single-baseaccuracy by tuning the trapping electric fields inside the nanopore [20 22].

In the case where a T7 phage is intended for use as a bio-receptor, the head down-trapping facilitates display of the tail-spike protein that is mainly involved in recognizing the target of interest, i.e., pathogen or RNA-binding protein (the polarity of the trapping electric field oriented the phage capture correctly for this application).

Local people have responded with traps, electric fences and a cacophony of noise.

In radiofrequency ion traps, electric fields are produced by applying time-varying potentials between machined metal electrodes.

Its ability to trap electric charge can give rise to space charge accumulation in the bulk of the polymer and produce localised electric stresses that can lead to cable failure, since the electric field will be increased above the design stress in some regions favouring the initiation of degradation there.

These unexpected high capacitances seemed to be related to the ability of the nanospheres to trap electric charges due to surface hydroxyl groups that are originated by the adsorption of water molecules, thereby indicating that the environmental humidity plays a role.

If you use a store bought trap, electric traps are more effective than mechanical traps.

(An alternate approach, trapping ions in electric and magnetic fields, can produce longer-lived qubits. But the superconducting circuit approach takes advantage of current computer chip technologies).

The large electric dipole moments associated with highly excited Rydberg states of atoms and molecules make gas-phase samples in these states very well suited to deceleration and trapping using inhomogeneous electric fields.

Streaming DEP occurred at low electric fields, and trapping DEP occurred at higher electric fields.