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Volumn 17, Issue 1, 2002, Pages 23-30
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Monitoring xenon in the breathing circuit with a thermal conductivity sensor: Comparison with a mass spectrometer and implications on monitoring other gases
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Author keywords
Anesthesia; Carbon dioxide; Desflurane; Measurement; Oxygen; Thermal conductivity; Xenon
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Indexed keywords
CARBON DIOXIDE;
CHEMICAL SENSORS;
MASS SPECTROMETERS;
MASS SPECTROMETRY;
MONITORING;
THERMAL CONDUCTIVITY OF GASES;
XENON SENSORS;
XENON;
ANESTHETIC GAS;
CARBON DIOXIDE;
DESFLURANE;
ENFLURANE;
HALOTHANE;
ISOFLURANE;
NITRIC OXIDE;
NITROGEN;
OXYGEN;
SEVOFLURANE;
XENON;
DRUG DERIVATIVE;
INHALATION ANESTHETIC AGENT;
ACCURACY;
ANALYTICAL ERROR;
ANALYZER;
ARTICLE;
BLOOD GAS ANALYSIS;
BREATHING APPARATUS;
CALIBRATION;
CARBON DIOXIDE MEASUREMENT;
CLINICAL ARTICLE;
COMPARATIVE STUDY;
COMPUTER AIDED DESIGN;
COMPUTER ANALYSIS;
COMPUTER PROGRAM;
CONCENTRATION (PARAMETERS);
CONTROLLED STUDY;
HUMAN;
IN VITRO STUDY;
IN VIVO STUDY;
INTERMETHOD COMPARISON;
MASS SPECTROMETRY;
MONITOR;
OXIMETRY;
PATIENT MONITORING;
PRIORITY JOURNAL;
REFERENCE VALUE;
SENSOR;
STATISTICAL SIGNIFICANCE;
THERMAL CONDUCTIVITY;
VENTILATOR;
ANESTHESIOLOGY;
INSTRUMENTATION;
ANESTHESIOLOGY;
ANESTHETICS, INHALATION;
CARBON DIOXIDE;
HUMANS;
ISOFLURANE;
MASS SPECTROMETRY;
OXYGEN;
THERMAL CONDUCTIVITY;
XENON;
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EID: 0036053837
PISSN: 13871307
EISSN: None
Source Type: Journal
DOI: 10.1023/A:1015404910323 Document Type: Article |
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Times cited : (6)
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References (16)
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