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SYSTEM DESCRIPTION AND MODEL DESIGN
2 other sections not shown
adult afferents amplitude analog circuit analog computer anesthesia model anesthetic agents aorta approximation arms-legs arterioles assumed baroreceptor Basal blood flow blood vessel conductances blood volume body temperatures capillary beds cardiac output cardiopulmonary cardiopulmonary bypass cardiovascular system central blood pool changes circuit circulation circulatory combined concentration of halothane constant converted determined digital computer effects of halothane equa Fukui Fukui and Smith functions gray matter halothane concentration hand-feet head core heart interval heart rate heat conduction heat transfer hybrid computer hypothermia implemented inputs integral kth compartment mass transport model mean arterial pressure metabolic rate ml»sec mmHg multiple model multipliers MYOCARDIUM parameters partial pressure perfused pressure of halothane pressure-flow dynamics pulmonary pulsatile receptors reciprocal compliance sample-and-hold scaled Section segment shown in Figure signals simulation Stolwyk and Hardy summarized sweating systolic thermal controller thermal dynamics thermoneutral environment thermoregulation thermoregulatory systems tion tissue compartment trunk core variable vasoconstriction ventricles vessel compartment