Sentence examples for modes attributed to from inspiring English sources

Very good agreement between measured and calculated vibrational frequencies was found with both forcefields for the modes attributed to the PEO chain.

In the low-frequency region, the bands at 809, 601 and 451 cm−1 are ascribed to the lattice vibration modes attributed to M O and M O M vibrations (Legrouri et al. 2005).

Analysis of the data pumped with the aid of the Acoustic Emissions technique enlightened crucial aspects of the damage mechanisms activated, indicating simultaneous generation of both tensile- and shear-cracking modes, attributed to the layered structure of Dionysos marble.

In the low-frequency region, the bands at 809, 601 and 451 cm−1 are ascribed to the lattice vibration modes attributed to the vibrations associated with the bonding of Zn and Al metals with oxygen M O and M O M (Hernandez-Moreno et al. 1985; Thorpe and Solin 1995; Legrouri et al. 2005).

The frequencies of normal modes attributed to the carbonate ion are in excellent agreement with literature data for numerous other carbonate compounds (e.g. Buzgar & Apopei, 2009 ▸).

A quantitative analysis is presented to determine the degradation modes attributing to capacity fade in commercial LiFePO4 cells with high-power (HP) and high-energy (HE) designs.

Upon dilution (cmode attributed to long-range concentration fluctuations, gradually appears.

To bring about synchronized movements of the main 5-axis tape-laying head system and the 3-axis ultrasonic tape-cutting sub-system, the tracking-control method associated with time-based mode attributed to PMAC is applied in different cases.

These Raman active modes are attributed to a symmetrical stretching mode of the Ce-80 vibrational unit, and therefore, they are very sensitive to any disorder in the oxygen sublattice that resulted from thermal, doping, or grain size [21 24].

The fast mode is the collective diffusion (gel mode), while the slow mode is attributed to the diffusion of clusters.

The low frequency mode is attributed to inductor capacitor (LC) oscillation, while the high frequency mode originates from the plasmonic dipole oscillator, both of which are highly sensitive to the micro-environment change.