Titlebook: Basics of Respiratory Mechanics and Artificial Ventilation; J. Milic-Emili,U. Lucangelo,W. A. Zin Book 1999 Springer-Verlag Italia 1999 At

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書目名稱Basics of Respiratory Mechanics and Artificial Ventilation影響因子(影響力)




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Substance

Statics of the respiratory system. These relationships are usually represented as single lines, implying that: a) static pressures depend on volume alone; and b) pressure across any respiratory structure can be dealt with as a single value. Neither of these assumptions is, however, correct. In fact, static pressures differ dependin

Coterminous

Respiratory mechanics during general anaesthesia in healthy subjectsc drugs. However, these drugs may cause additional effects, sometimes undesirable on other organ systems. In particular, the effects on respiratory function seem to be significant. Although several studies investigated the effects of general anaesthesia on respiratory function, they were specificall

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Microaneurysm

Flatter

Mechanical models of the respiratory system: non-linear and inhomogeneous modelsin both health and disease, it is generally assumed that their effects are predominantly manifested in pathological conditions. The linear and one-compartment models, which are of key importance for an understanding of the fundamentals of mechanical behaviour, may be of restricted validity in pulmon

modest

Mechanical implications of viscoelasticitylung volume. In order to explain the relatively high values of Wdyn,L at the lower frequencies and the progressive decrease in dynamic pulmonary compliance with increasing frequency, he proposed a two-compartment viscoelastic model of the lung which “confers time dependency of the elastic properties

不透明性

Alveolar micromechanicslung parenchyma. Static and dynamic properties of such a complex system have been an important field of research for many years. Alveolar space micromechanics have important physiological implications in terms of mechanical interdependence, alveolar stability, and the maintenance of a gas exchanging

意外的成功

Partitioning of lung responses into airway and tissue componentsddressing the contribution of the parenchyma has been made easier in recent years because of the development of the alveolar capsule technique which permits direct measurement of alveolar pressure [1]. Resistive losses across the lung can, thereby, be partitioned into a component due to airway resis

ingenue