Sentence examples for and frequency changes in from inspiring English sources

The relationship between mass and frequency changes in aqueous solutions when DNAs and/or proteins were immobilized onto the QCM was calibrated by comparing it against values in the air phase.

Recent examples of this research avenue place greater emphasis on understanding how humans modify the physical environment (Tarolli and Sofia 2016) as well as examining the likelihood of extreme weather leading to magnitude and frequency changes in geomorphic processes and surficial features (Spencer et al. 2017).

Changes in the mean power production and reactive power needs of a wind turbine can cause a steady state voltage and frequency change in the connected grid system.

In order to understand the reaction mechanisms, we calculated the configuration variations on the reactant, intermediate, transition state and product, as well as energy barrier and vibration frequency changes in gas phase and using the conductor-like polarizable continuum model (CPCM) in water solution.

As a consequence of differential allele loss and allele frequency changes in each population, genetic differentiation (as measured by F st values) increased among all six populations through time.

In fact, since in vitro germination is related to reproduction and gene transmission, the biological activity of these agents on in vitro germination should be tested routinely to determine their possible effects on food production and gene frequency changes in future generations.

Secondary endpoints in both study groups include changes in HBGI and LBGI, changes in SMBG frequency, changes in diabetes therapy (either type of medication or dosage), frequency and severity of hypoglycemic episodes, and changes in blood pressure, estimated glomerular filtration rate (eGFR, computed using a creatinine-based formula) [ 44] lipid profile, and body mass index (BMI).

No change in effective resistance due to skin effect and frequency change takes place in DC systems.

Studies on inversion frequency changes in natural and laboratory populations of Drosophila by Dobzhansky and his colleagues provided early evidence that inversion polymorphisms are under strong selection and adaptation [ 3, 4].

Using Illumina sequencing to examine the entire ΦX174 genome in these samples at high density, we aimed to track high- and low-frequency changes in an environment known to elicit an evolutionary response.

This assumption is found to be valid only for wind angles of 45°±10°, and primarily for low-frequency changes in ω.