Sentence examples for em interference from inspiring English sources

A shielding solution by a conductive fabric allows to minimize back radiation and thus to avoid EM interference with human body tissues.

This result suggests that the intrinsic conductivity of the CNT itself in PMMA CNT does not contribute to the EM interference (EMI) shielding in the frequency range of 0.001 1 GHz.

Developing novel microwave absorption materials (MAMs) is considered as one of the effective methods to solve the increasingly serious electromagnetic (EM) interference problems since MAMs can absorb unwanted EM energies by converting them into other energy types [1 5].

It is of interest to compare our data with EMI SE of conventional polymers filled with nanocarbon inclusions (carbon nanotubes and carbon onions), which have been recently suggested for conducting and EM interference shielding applications.

Electromagnetic (EM) interferences are ubiquitous in modern technologies and impact on the reliability of electronic devices and on living cells.

In Iteration and EM, one interference power is estimated by exploiting all residual powers on detected superposed bands.

Transfer studies with Na-F, FITC-dextran (40 kDa; Sigma-Aldrich, Buchs, Switzerland) and PS NPs were conducted using phenol red-free EM to avoid interference with fluorescence spectroscopic measurements.

The types of noise artifacts and corruptions that these signals suffer include, missing data, physical activities, muscle artifacts (MA), electro-magnetic interference (EM), and baseline wander (BW [1, 5].

We corrupt the last 20% of the first channel with the following types of corruptions at SNR 10 dB: additive white Gaussian noise (AWGN), electromagnetic interference (EM), muscle artifact (MA), and baseline wander (BW).

∙ Electromagnetic interference (EM) ∙ Muscle artifact (MA) ∙ Baseline wander(BW) ∙ Super imposition of high frequency signal: We add white noise of the same power as the signal, high pass filtered at 150 Hz.   ∙ Super imposition of low frequency signal: We add white noise of the same power as the signal, low pass filtered at 0.05 Hz.  .

Low-observable radomes are generally fabricated in the shape of a composite sandwich construction whose faces are made of either an E-glass/epoxy or aramid/epoxy composite because both composites have low interference electromagnetic (EM) wave transmission characteristics.