Sentence examples for used field strength from inspiring English sources

The aim of the present study is to assess fluid-attenuated inversion recovery (FLAIR) magnetic resonance imaging (MRI) at three different field strengths (the most commonly used field strength 1.5 T, high field 3 T and ultra-high field 7 T), regarding signal-to-noise ratio (SNR), contrast and signal homogeneity.

FLAIR imaging is nowadays a robust sequence at 1.5 T and 3 T, the clinically most commonly used field strengths [ 4].

Thus far, however, no studies have compared the current quality of FLAIR imaging at 7 T with FLAIR at the commonly used field strengths 1.5 T and 3 T.

The results of one investigation, how to use field strength scaling at card detection phase in form of the PTF-Determinator method, is described in detail.

According to this result a smart phone's battery drain (energy drain of the whole system) can be decreased by up to 13% by using field strength scaling for this case study.

The investigation how to use field strength scaling during card detection phase in form of the novel PTF-Determinator method is described in detail in [1] (see Figure 2).

The results of the simulation in Section 5.2 and the measurement in Section 5.3 can then be combined with this measurement to one result to get an approximation of the possible power reduction using field strength scaling on a state-of-the-art smart phone.

Since SAR values are dependent on the used AC field strength and frequency, system-independent ILP was calculated in accordance with Kallumadil et al. [6] using the following equation: I L P = S A R H 2 × f (H: field amplitude, f: frequency).

We used high field strength magnetic resonance microscopy (μMRI) to image mouse pancreas ex vivo without contrast agents at high spatial resolution.

An important problem provides the different modalities of MR Imaging, as slice thickness and used magnetic field strength varies with each study.

This could reflect a true increased burden of pathological changes or increased detection by our higher resolution MRI protocol (all the above studies used a field strength of 1.5T in contrast to 3T in this project).