Sentence examples for model gas analysis from inspiring English sources

When multiple identical devices are used to collect and compare data from several measurement localities (e.g., each site having the same model gas analysis system), it is essential to test that each unit of the systems is not significantly biased and indeed produces comparable results (i.e., low inter-unit variability).

A carotid arterial catheter was placed for blood gas analysis (model ABL5; Radiometer Inc., Copenhagen, Denmark) and inline measurement of systemic arterial pressure (TruWave™; Baxter Healthcare Corp., Irvine, CA, USA).

A carotid arterial catheter was placed for blood gas analysis (model ABL5; Radiometer Inc., Copenhagen, Denmark) and for inline measurement of the mean arterial pressure (TruWave™; Baxter Healthcare Corp., Irvine, CA, USA).

A simpler type of simulator will suffice for Crisis Management that is limited to medical resuscitation training, while more complex "model-driven" simulators with gas analysis are best for realistic intraoperative crisis training involving anesthetic gases and complex anesthetic or surgical scenarios.

Although two studies have reported data collected from multiple models of the same automated gas analysis system using the same subjects across each device.

Accordingly, the model adopts the information on dissolved gas analysis (DGA) as covariate which affects the failure rates of power transformers.

Arterial blood samples were taken 30 min after randomization and every hour for blood gas analysis (Ciba Corning Model 248 blood gas analyser, Corning Medical, Medfield, MA, USA).

The aim of this study was to assess the accuracy and the reliability of the CDI™ 500 in the real-time continuous measurement of arterial blood gases under cardiocirculatory stress conditions in an animal model as compared to intermittent blood gas analysis.

Both TrueOne 2400 units (see http://www.parvo.com) were identical models of an automated "mixing chamber" metabolic gas analysis system, comprising a measurement module connected to a Dell Optiplex 790 computer running Windows 7 and ParoMedics OUSW 4.3.4 (v.20111228) data acquisition/analysis software.

The testing equipment consisted of a research-grade treadmill (Trackmaster, JAS, Model TMX42C, FullVision Inc, Newton, KS) and a Parvo gas analysis system (Parvo Medics, Sandy, UT).

The gas chromatography mass spectrometry (GC-MS) analysis was performed using the 5890A Agilent model gas chromatograph (Agilent Technologies, Inc., CA, USA), interfaced with the ECD, NPD, and 5975C mass selective detector.