Aviation MedicineJohn Ernsting, P. F. King |
Contents
G R Sharp revised by A J F Macmillan | 13 |
The Effects of Long Duration Acceleration | 144 |
Crash Dynamics and Restraint Systems D J Anton | 166 |
Copyright | |
8 other sections not shown
Common terms and phrases
aircraft aircrew airline altitude alveolar alveolar oxygen tension angular arterial assessment Aviation Medicine barotrauma body cabin altitude cabin pressure canals carbon dioxide carbon dioxide tension cause changes clinical cockpit crew cues decompression sickness disease disorders disorientation drugs effects ejection environment environmental example exposure factors feet Figure flight flying frequency function G₂ head heat helicopter helmet hypoxia impairment increase individual licence loss lung mask measures ment middle ear motion sickness movement Neuilly sur Seine noise normal occur operations oxygen tension parachute partial pressure passengers patient performance personality physiological pilot positive acceleration present pressure breathing problems produced protection pulmonary receptors reduced regulator respiratory response result risk Royal Air Force seat semicircular canals sleep sound pressure level spatial disorientation stress symptoms task temperature tion tissues usually valve velocity venous ventilation vestibular vibration visual
References to this book
Human Performance and Limitations in Aviation R. D. Campbell,Michael Bagshaw No preview available - 2002 |