Sentence examples for improve electromagnetic from inspiring English sources

This arrangement can improve electromagnetic coupling in a limited space.

BrainQ, whose founder, Yotam Drechsler, I briefly spoke with, is all about using EEG data to improve electromagnetic treatment plans for stroke patients.

To improve electromagnetic (EM) shielding and especially absorption of carbon fibre reinforced polymer matrix composites for aircraft applications in high frequencies, the inclusion of metallic nanoparticles of iron, cobalt, nickel and iron oxide as a filler with low volume fraction is analyzed as well as the influence of different particle sizes.

Theoretically, even higher detection sensitivity can be achieved [ 12]; anticipated improvements in both the hardware (for example, improved electromagnetic shielding) and the magnetic nanoparticles (for example, reduced size polydispersity) are expected to lead to a further increase of the detection sensitivity by at least two orders of magnitude.

Such improved electromagnetic properties are ascribed to the higher conduction loss, stronger dielectric relaxation and more interface scattering of CB/NR/ENR composites.

Next, concepts and methodologies are presented for anisotropic structures such as improving electromagnetic compatibility by sculpting near-fields using spatially variant anisotropic metamaterials.

The substitution of Ni for Mn in MnZn ferrites is beneficial in fabricating thin microwave absorbers in GHz frequency range due to the improved electromagnetic lossy characteristics.

Biofilm adhesiveness - a measure for biostabilization capacity - was determined with a modified magnetic particle induction (MagPI) system (Figure 6), e.g. using an improved electromagnetic inductor containing a highly magnetisable μ metal core with low remanence.

Taking the combined advantages of magnetic porous Co nanospheres and dielectric lightweight N-GN, the Co/N-GN nanocomposites perform improved electromagnetic wave absorption abilities, such as high-efficiency absorption performance, thin matching thickness and broad effective absorption bandwidth.

Although current lead design and filtering capabilities have greatly improved, Electromagnetic Interference (EMI) from environmental sources has been increasingly reported in patients with Cardiac Implantable Electronic Device (CIED) [1].

So what exactly can crowdsourcing do for improving electromagnetic-cyber warfare?