Sentence examples for measuring low frequency from inspiring English sources

The present study was designed to explore alterations in brain dynamics at rest that are associated with Obsessive Compulsive Symptoms (OCS) in childhood by measuring low frequency fluctuation of spontaneous brain activity in a large school community sample from a developing country.

Measuring low frequency data using conventional methods has presented problems in some systems with the values of key parameters often being obtained by extrapolation.

Many are instruments of the deflection type, ordinarily used for measuring low frequencies but capable of being used for frequencies as high as 900 Hz.

Strong agreement is found between the theoretical leading edge noise directivity model and the measured low frequency noise directivity.

Extrapolation of measured low frequency (1 MHz) loss tangents to the microwave region using the power law ω1/3 is in good agreement with the experiment.

This analysis has remained elusive because of the lack of appropriate deep sequencing data to measure low frequency variants and the lack of appropriate methods to link distant mutations.

O'Neal et al. found that the measured low frequency sound and infrasound at both distances (from both turbine types at maximum noise conditions) were less than the standards and criteria published by the cited agencies (e.g., UK DEFRA (Department for Environment, Food, and Rural Affairs ANSI American National Standards Instituteute); Japan Ministry of Environment).

Of note, all the experimental values determined in this study ranged over 3 logs, a dynamic range of TILDA that is large enough to efficiently measure low frequency of infected cells as is the case in the vast majority of virally suppressed individuals (Fig. S1C).

Resting-state functional magnetic resonance imaging (fMRI) has facilitated the study of spontaneous brain activity by measuring low-frequency oscillations in blood-oxygen-level-dependent signals.

On the other hand, the MEMS capacitive accelerometer is dc coupled and hence suitable for measuring low-frequency motion but suffers from a limited bandwidth and a low signal-to-noise ratio.

Class I MHC/peptide tetramers have revolutionized the identification, enumeration, and phenotyping of antigen-specific CD8+ T cells [8], [11], [12], [13], but the potential of class II MHC/peptide tetramers has not been adequately appreciated due to technical problems for generating useful class II MHC/peptide tetramer and for measuring low-frequency Ag-specific CD4+ T helper cells.