Advances in Biomedical Engineering and Medical Physics, Volume 3Sumner N. Levine |
Contents
MRAVA | 32 |
The Advent of Pneumatic Driving Systems | 41 |
Energy Transport | 48 |
Copyright | |
15 other sections not shown
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Common terms and phrases
actuation pressure amplifier anode aorta aortic pressure aortic valve arterial pressure artificial heart Type artificial heart valves Artificial Internal Organs artificial ventricle assist device atrium blood pump cardiac output cell characteristics circuit circulatory Cleveland Clinic clotting control system decrease developed diastolic disc driving system effect efficiency electrical electrode electroosmosis energy engine experimental feedback control port fluid fluid-amplifier artificial heart function curve gradient heat hemodynamic hydraulic implanted increase left heart bypass left ventricle material measured mechanical metal mmHg mock circulation natural heart natural rubber normal heart Nosé operation oxygen oxygen tension P. N. Sawyer pacemaker Paracorporeal pneumatic polyurethane potential power source pressure mm Hg problems prosthesis Prosthetic pulmonary artery Rankine cycle reservoir resistance Schematic servomechanism shown in Figure Silastic stimulation Stirling engine stroke volume surface systole testing thermal thrombus tion tissue Trans tube vena cava venous return ventricular pressure voltage W. J. Kolff wall waveform