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A mathematical model for gas exchange in the human middle ear
N Fink
, A Ar
, J Sade
, O Barnea
Department of Communication Disorders
Research output
:
Contribution to journal
›
Conference article
›
peer-review
Overview
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Keyphrases
Mathematical Model
100%
Gas Exchange
100%
Middle Ear
100%
Human Middle Ear
100%
Atelectasis
80%
Gas Pressure
40%
Middle Ear Pressure
40%
Blood Gas
40%
First-order
20%
Perfusion
20%
Pressure Rise
20%
Arterial Blood Gas
20%
Exchange Rate
20%
Clinical Test
20%
Reformation
20%
Diffusion Limit
20%
Gas Composition
20%
Ventilating Tube
20%
Middle Ear Cavity
20%
Blood Composition
20%
Blood Flow Rate
20%
Lining mucosa
20%
Sub-atmospheric Pressure
20%
Gas Content
20%
Cavity Volume
20%
Nursing and Health Professions
Atelectasis
100%
Mathematical Model
100%
Blood Gas Tension
50%
Middle Ear Pressure
50%
Carbon Dioxide
50%
Perfusion
25%
Arterial Blood Gas
25%
Atmospheric Pressure
25%
Blood Flow Velocity
25%
Immunology and Microbiology
Gas Exchange
100%
Middle Ear
100%
Middle Ear Pressure
28%
Blood Gas Tension
28%
Perfusion
14%
Mucosa
14%
Flow Rate
14%
Arterial Gas
14%
Blood Flow
14%
Atmospheric Pressure
14%
Veterinary Science and Veterinary Medicine
Middle Ear
100%
Mathematical Model
100%
Atelectasis
44%
Mucosa
11%
Mucous Membrane
11%
Perfusion
11%
Neuroscience
Mucous Membrane
100%
Arterial Blood Gas
100%