Sentence examples for gas assessment from inspiring English sources
This approach may provide a blueprint for rapid ash and gas assessment for other long-dormant volcanoes.
The arterial blood gas assessment showed metabolic acidosis, and the laboratory test on admission revealed coagulopathy (Table 1).
This approach may provide a blueprint for rapid ash and gas assessment for other long-dormant volcanoes and we provide suggestions for refining the methods used.
Arterial blood gas assessment revealed metabolic and respiratory acidosis and anemia [pH 7.09, pCO2 71 mmHg, pO2 193 mmHg, HCO3 − 21.0 mmol/L, base excess (BE) −8.3 mmol/L, lactate (Lac) 5.5 mmol/L, hemoglobin (Hb) 7.9 g/dL, hematocrit (Ht) 22%%, FiO2 1.0], and blood tests showed coagulopathy [PT 35.3 %, PT-INR 1.68, activated partial thromboplastin time (APTT) 56.2 s, fibrinogen (Fib) 84 mg/dL].
Fifty minutes after ROSC, arterial blood was aspirated from the left ventricle for blood gas assessment.
Though EtCO2 monitoring does not replace blood gas assessment it can serve as an important adjunct in the clinical management of pediatric patients even with significant pulmonary disease.
Other assessments included the GSRS overall score and the SODA Non-Pain Symptoms (NPS) subscore, as well as the SODA subscore for satisfaction with dyspepsia-related health, SF-36v2 quality of life physical and mental component summaries, and 7-point anchored Visual Analog Scale (VAS-Gas) assessment of gas symptoms.
Other endpoints included the GSRS overall score, SODA-NPS SODAe, subscorescore for satisfaction with dyspepsia-related health, the SF-36v2 summaries, and the VAS-Gas assessment.
The ash and gas hazard assessment presented here should therefore be used as a starting point for a refined assessment, to be undertaken prior to another period of unrest or a future eruption.
Chen and Osadetz (2015) conducted a natural gas resource assessment of the Horn River Shale Basin using historical production data.
The model can be a useful tool for gas hazard assessment by evaluating where and when lethal concentrations for humans and animals can be reached.
