Sentence examples for instrumentation designed for from inspiring English sources

Food dye mixtures were applied using consumer inkjet printers as per the Office Chromatography concept and separation performance was quantified using advanced video instrumentation designed for miniaturized plates.

Instrumentation designed for much larger animals must be scaled to accommodate animals only a few millimeters in length, while accurately quantifying the motion of the minuscule eyes.

Light emission was detectable using standard instrumentation designed for more traditional bioluminescent imaging.

This substantial change in the buffering capacity of the media during growth precludes accurate assessments of proton secretion from pH measurements and will be deferred to future studies with instrumentation designed for monitoring the proton balance more accurately.

Satellite instrumentations designed for planetary studies are often open to other interesting applications from ground: not only one can efficiently carry out detailed calibrations before space data become available, but also the prototypes of the satellite instruments can be successfully employed in different fields ranging from astrophysics to cosmology.

The HART protocol is one of a number of smart instrumentation protocols designed for collecting data from instruments, sensors, and actuators by digital communication techniques.

SIMION is a versatile and user-friendly tool for developing and optimizing instrumentation designs for mass spectrometry.

Given that this technology attained commercialization in coffee decaffeination and in the extraction of hops and other essential oils, a majority of the off-the-shelf SCF instrumentation is designed for extraction purposes.

Prior to molecular depth profiling and 3-dimensional imaging, instrumentation was designed for optimum transmission using time-of-flight mass analyzers.

Since then, the FEM of the C0-C2 complex was developed to simulate the complex kinematics of the upper cervical spine [ 14, 15] and has already been used widely for analyzing biomechanical of various instrumentation system designed for use in the upper cervical spine [ 12, 16, 17].

They owe their existence mainly to recent progress in optical and imaging devices and to the development of instrumentations specifically designed for insertion via minimally invasive approaches.