Sentence examples for sensitivity instruments from inspiring English sources

We conclude that for a given spatial configuration light flashes can affect seriously the operating mode of high sensitivity instruments.

High sensitivity instruments using phenomena of superconductivity and superfluidity can potentially make significant contributions to the fields of navigation, automation, habitation, and resource location.

A really inertial platform for highest sensitivity instruments which need to be absolutely free from any disturbances like drag and other forces in space is proposed for the case of an Equivalence Principle test with differential accelerometers.

To be specific, a comparison of the QADS, DS-R and other generalized disgust sensitivity instruments still needs to be conducted.

Despite suffering from content ambiguity, a sample-specific scoring procedure, and the inappropriate use of cut scores, the Equity Sensitivity Instrument (Hunter; Huseman, Hatfield, & Miles, 1985) has been the primary measure used in equity sensitivity research.

In general, the 1D-PAGE method in combination with serum depletion and if possible, analysis on a high sensitivity instrument such as the Orbitrap, provided the most comprehensive analysis in our hands.

However, micro-vibrations produced by CMGs will degrade the pointing performance of high-sensitivity instruments on-board the spacecraft.

Micro-vibrations generated by CMGs will influence the performance of high-sensitivity instruments on-board the spacecraft; however, the micro-vibration characteristics of CMGs are not yet clearly understood.

The ability of a questionnaire to detect a meaningful change is known as sensitivity, with instruments that are more sensitive being able to detect smaller changes.

In determining sample size for psychometric testing, the number of items contained in the target instrument, sensitivity of other instruments being used, and data analysis techniques were considered.

These differences in metabolite coverage arise because of many reasons, including separation difficulties, sensitivity differences, instrument detection differences, targeted vs. non-targeted methods, compound stability, compound solubility, compound volatility, etc.