Sentence examples for narrow line width from inspiring English sources

The combination of high intensity and narrow line width makes lasers ideal light sources for such applications [2].

Though the new emerging organic silver conductive ink can avoid high sintering temperature, but as for conductive track with more narrow line width, there exist many tiny bubbles by this method, resulting in bad performance.

Owing to the characteristics of narrow line width, low noise, fiber laser sensing can achieve high sensitivity and low system noise through some methods, such as enhance-sensitivity packaging, interferometric demodulation technology.

The composite film also shows a better power loss feature on coplanar transmission line than pure Fe B P chains, and the resonance frequencies of the composite films on coplanar line shift to about 20 30 GHz, which is caused by a large demagnetizing field due to the narrow line width of coplanar line.

The spectra of Fst showed a few very strong and slowly relaxing peaks (based on their narrow line width) while most signals are very weak and broad.

The same signal present in each of the Scheme 2, 3, and 4 samples has a very narrow line width and is presumed to be L2, which lies near the N-terminus and is highly flexible.

The narrow line widths (2 eV) of these peaks indicate that Zn2+ ions are dominant in the samples as highlighted in Figure 3b.

As expected based on the narrow line widths and low numbers of (only trivial) NOEs found, the last 7 C-terminal residues are completely disordered.

Even though the C isotope effect is small (−1.98 ± 0.11 ppb for [3-C]-alanine), it is readily observable due to the narrow line widths obtained in vitro.

It is conceivable that a similar situation applies for the dark state of aS when it interacts with very low concentrations of phospholipids, but remarkably, the rate of exchange between lipid-free aS and lipid-bound aS must remain slow for the protein to retain its narrow line widths.

These were assigned to the C-terminus, and their elevated transverse N relaxation times, as evidenced by narrow line widths, indicate that the C-terminal region (after K53) is highly disordered and dynamic on a pico- to nanosecond timescale (Fig 1B).