22 research outputs found
A new approach to mechanical simulation of lung behaviour: pressure-controlled and time-related piston movement
No full textA new approach to mechanical simulation of lung behaviour: pressure-controlled and time-related piston movement
No full textDeep phenotyping of cardiac function in heart transplant patients using cardiovascular system models
No full textPEAK-TO-PEAK DETECTOR FOR THE ARTERIAL PULSATIONS IN THE PLETHYSMOGRAM .2. RESULTS OF ITS USE DURING ANESTHESIA
No full textIn anaesthesia, the peak-to-peak value of the arterial pulsations in the plethysmogram is used to assess the peripheral circulation. The detection by a conventional peak detector is often impeded, however, because its output signal includes the peak-to-peak value of respiratory waves. Moreover, it does not eliminate electrical and mechanical disturbances. A newly designed peak detector is compared with a conventional type during anaesthesia in a clinical setting. The results show that the new detector actually indicates, only the amplitude of the heart synchronous arterial pulsations and that its disturbance suppression is very satisfactory. Its use can be extended to other purposes as well
PEAK-TO-PEAK DETECTOR FOR THE ARTERIAL PULSATIONS IN THE PLETHYSMOGRAM .1. TECHNICAL DESCRIPTION AND SIMULATION
No full textPEAK-TO-PEAK DETECTOR FOR THE ARTERIAL PULSATIONS IN THE PLETHYSMOGRAM .1. TECHNICAL DESCRIPTION AND SIMULATION
No full textSprekende koortsthermometer:onderzoek naar de haalbaarheid van een sprekende koortsthermometer t.b.v. blinden en slechtzienden
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