Sentence examples for modulation ratios and from inspiring English sources

In this work, however, we carried out nanoindentation tests on Cu/Ta multilayers prepared with a wide range of modulation periods and modulation ratios and found negative contribution of incoherent interfaces to SRS.

Solar sail formation flying in the reference orbit is shown to be controllable by making small variations in the reflectivity modulation ratio and two attitude angles.

The magnitude and phase angle of the ideal phase-shifting transformer represent the amplitude modulation ratio and the phase shift that exists in a PWM converter to enable either generation or absorption of reactive power purely by electronic processing of the voltage and current waveforms within the VSC.

where A is the modulation amplifying factor influenced by modulation period, modulation ratio, and roughness and width of interfaces.

Moreover, the influence of SM number, voltage modulation ratio, and AC system voltage on the harmonics of the power grid are analyzed.

The basic principle of NLM is to calculate the number of submodules (SMs) which should be put into operation based on the voltage modulation ratio, and then generate trigger pulses according to the sort of the SMs' capacitor voltages.

If there is no limitation of the voltage injection magnitude, then the constraint of the series coupled transformer voltage ratio is n < frac{{V_{text{L}} sqrt {1 - D^{2} } }}{{m_{text{c}} V_{text{DC}} }} (11 where m c is the modulation ratio and V DC is the DC bus voltage of UPQC.

A series of the VN/TiB2 nanomultilayers with different modulation ratios (tVN tTiB2) and different modulation periods were synthesized via a magnetron sputtering system.

In order to analyze the differences in modulation ratios between fibroblasts and keratinocytes, a two-ways ANOVA test (with Bonferroni's multiple comparison test) was performed on the log of modulation ratios analyzing the significance of group (fibroblasts or keratinocytes) and time (2, 6 or 24 h post exposure).

Here, we prepared TiSiN/CrAlN_1 and _2 multilayer coatings with a similar bilayer period and varied modulation ratios as well as referential Ti0.87Si0.13N and Cr0.32Al0.68N monolithic coatings to compare their structure and thermal properties.

ZrB2/AlN multilayers with modulation periods ranging from 4 to 18 nm and modulation ratios (tZrB2 tAlN) ranging from 1 2 to 4 1 were manufactured by ion beam assisted deposition at different N+ bombarding energies from 100 to 500 eV.