Pulmonary Function Testing and Cardiopulmonary Stress TestingDelmar Publishers, 1993 - 590 pagine This highly readable textbook provides you with comprehensive coverage of pulmonary function testing and nutritional assessment. |
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Pagina 458
... ergometer is based upon the following equation . Workload FwR X d X fx π Where : FWR is the flywheel braking force , d is the diameter ... cycle ergometers . These devices function using a 458 EQUIPMENT USED FOR CARDIOVASCULAR STRESS TESTING.
... ergometer is based upon the following equation . Workload FwR X d X fx π Where : FWR is the flywheel braking force , d is the diameter ... cycle ergometers . These devices function using a 458 EQUIPMENT USED FOR CARDIOVASCULAR STRESS TESTING.
Pagina 459
... cycle ergometer in this illustration , flywheel braking force is based upon the braking strap tension , T , — T2 . - Mechanical Cycle Ergometers . Mechanical cycle ergometers generally use a flywheel braking mechanism that consists of ...
... cycle ergometer in this illustration , flywheel braking force is based upon the braking strap tension , T , — T2 . - Mechanical Cycle Ergometers . Mechanical cycle ergometers generally use a flywheel braking mechanism that consists of ...
Pagina 478
... cycle ergometers : I. The workload produced is significantly affected by the subject's body weight . II . Mechanical ... ergometer than when using a treadmill . b . Use of a cycle ergometer results in a slightly greater oxygen consump ...
... cycle ergometers : I. The workload produced is significantly affected by the subject's body weight . II . Mechanical ... ergometer than when using a treadmill . b . Use of a cycle ergometer results in a slightly greater oxygen consump ...
Sommario
EQUIPMENT FOR VOLUME AND FLOW | 2 |
EQUIPMENT FOR GAS AND BLOOD GAS ANALYSIS | 38 |
TESTS FOR PULMONARY VOLUMES | 72 |
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Parole e frasi comuni
abnormalities administration aerobic metabolism affect airway alveolar arterial blood assessment blood gas analyzers blood sample body plethysmograph body plethysmography breathing bronchodilator BTPS calculated calibration capillary carbon dioxide cardiovascular changes clinical CO₂ cycle ergometer deadspace decrease demonstrated Describe device diffusing capacity electrode equipment evaluation exercise exhaled air expiratory flow rate expired factors forced expiratory gas analysis gas sample greater H₂O hemoglobin hypoxemia increase indicate liters lung volume maximum measuring spirometers mechanical metabolism method monitoring muscle normal values obstructive operation oximeters oxygen PACO PaCO2 PaO2 parameters partial pressure patients PCO₂ performed perfusion physiologic plethysmograph pneumotachometer PO₂ procedure produce provides pulmonary disorders pulmonary function testing pulse oximeters quality control rebreathing SaO2 sensor shunt significant spirometer spirometry syringe Table test results test signal tidal volume tion tissue tonometered V₁ VCO₂ ventilatory vital capacity VO₂ volume measurement workload