Sentence examples for resonance changes from inspiring English sources

In the ENDOR method, driving an NMR resonance changes the populations of at least one of the energy levels between which an ESR transition is observable, and thus the strong ESR signal is measurably modified.

Among these, the ~2 Myr cycle, which is interpreted as the long period eccentricity cycle caused by Earth-Mars secular resonance, changes its frequency between ~ 1.6 and ~ 1.8 Myr.

Steady and significant resonance changes, about 0.75 nm per nanometer-thick adsorbed/bound bio-molecules, have been observed following the sequence of the surface events with monolayer sensitivity, suggesting the promising potential of LPG PCF for biological sensing and evaluation.

According to these results, it is found that, in the case that the conductivity of silicon exceeds a certain value, the character of the resonance changes from double negative to the single negative mode.

Two distinct types of resonance changes were observed in the 1H-15N Hspectrumtrum: (1) chemical shift changes among the peaks, which are indicative of changes in local environment, and (2) resonances that underwent significant line broadening, thus suggesting local changes caused by conformational exchange (Fig. 2A and 2B).

Resonance changes were seen throughout the polypeptide sequence with the number of changes more marked around the site of mutation in helix F (residues 99 109).

The laboratory test also revealed that for the backrest and the seat pan, the resonance frequencies and the peak transmissibility at resonance changed with vibration magnitude, indicating non-linearity involving both seat person systems.

Though the diffusion coefficient for the N-acetyl resonance changed over the course of the digestion from an initial value of 1.04 ± 0.01 × 10−10 m s−1 at 1 h to 4.24 ± 0.08 × 10−10 m s−1 at 66 h, its intensity remained constant throughout the digestion with an average intensity of 0.377 ± 0.03 normalized to the intensity of tert-butanol.

Plasmonic resonances change the local density of optical states to close the NPs and strongly enhance the yield.

In particular, a number of Ca2+ sensors have been developed, either based on FRET (Fluorescence Resonance Energy Transfer) changes between two GFP-mutants or on the change in fluorescence intensity of a single circularly permuted fluorescent protein (cpFP).

A 10″ microwave stub based T-resonator has been implemented directly on the pipe surface whose resonance frequency changes in the frequency band of 90 MHz–111 MHz (111%) with changing water fraction in oil.