Sentence examples for measurement because of from inspiring English sources
But Mr. Skyler, the mayor's spokesman, said yesterday that he now believed the city had given The Times an incorrect measurement because of miscommunication among city officials.
In high-grade spondylolisthesis (HGSPL), the pelvic incidence (PI) is not a reliable measurement because of doming of the sacrum.
Orifice meters are the most common instruments used for fluid flow measurement because of its ruggedness, simple mechanical construction and other known advantages.
Application of the present method is highly recommended for soil moisture measurement because of simple implementation and potential for online measurements.
The method gives better results for relatively complex sources (non-constant impedance) than the four-load method, although consuming more time in measurement because of the extra loads.
To describe the proportion of long-term care (LTC) residents excluded from quality measurement because of standard length of stay inclusion criteria and the extent to which this varies across facilities.
Nuclear magnetic resonance (NMR) cryoporometry is a promising method for performing such measurements because of its capability of measuring pores down to nanometer size and providing information about the pore geometry.
This density diminution cannot be measured and may even interfere with the measurements because of the decreased contrast ratio between tumoral and normal tissue.
Total cholesterol was used instead of LDL cholesterol measurements because of its more common availability; values were measured using enzymatic analytic chemistry on a Beckman Synchron.
Although NLMS-based measurements are a common way of measuring acoustic frequency responses (e.g., [13]), we chose DFT-based measurements, because of the possibility to achieve high time resolution, which were required in one of the experiments.
We did not hypothesize a strong correlation at the individual level between the FCCR-based exposure estimates and urinary biomarker measurements because of the temporal mismatch between the exposures that these measures represent (short- vs. long-term).
