Evaluating the Impact of Flight Hours on Pulmonary Function in Military Pilots [0.03%]
飞行小时数对军用飞行员肺功能的影响评估
Mette Konings,Alex C Wiekenkamp,Yara Q Wingelaar-Jagt et al.
Mette Konings et al.
Introduction: Military pilots are routinely exposed to environmental stressors such as hypoxia, dry air, and G-forces, which may affect pulmonary function. Although spirometry is performed regularly to assess flight fitne...
Aerospace Medicine Clinic [0.03%]
航空航天医学诊所
David Mampre,James Kelbert,Connor Rupp et al.
David Mampre et al.
Flash Blindness Recovery of a Tracking Task on Cockpit Attitude Indicators [0.03%]
驾驶舱姿态指示器跟踪任务的闪烁恢复现象研究
Joseph M Arizpe,Robert E McAnally,Maximillian V Hart et al.
Joseph M Arizpe et al.
Introduction: Intense light exposures can cause temporary flash blindness, degrading pilot performance during flight. The present study investigated factors influencing time to recover from flash blindness for tasks resem...
Valerie Elizabeth Ryder
Valerie Elizabeth Ryder
Introduction: At high concentrations 2-butanone is an irritant that may cause central nervous system effects. In 1996, NASA established spacecraft maximum allowable concentrations (SMACs) for short-duration, off-nominal s...
Visual Fatigue Factors Associated with Night-Vision Training Among Military Pilots [0.03%]
军事飞行员夜间视力训练的相关视觉疲劳因素分析
Hua Wang,Yan-Yan Zhao,Teng-Yun Wu et al.
Hua Wang et al.
Introduction: Accommodative dysfunction is one of the factors leading to asthenopia. By analyzing the changes of visual function and visual quality before and after wearing night-vision equipment, this study explored the ...
Identifying Military Rotary-Wing Pilots at Increased Risk of Fatigue Using Biomathematical Modeling [0.03%]
基于生物数学建模识别疲劳风险较高的军事旋翼飞机飞行员
Andrew Pelham,Martie Van Tongeren,Heidi Arnold et al.
Andrew Pelham et al.
Introduction: A study of British military rotary-wing pilots was conducted using actigraphy-driven fatigue modeling to identify groups of pilots at increased risk of fatigue. ...
Bio-Monitor Detects Reduced Obstructive Sleep Apnea and Susceptibility to Arrhythmia in Spaceflight [0.03%]
生物监测仪检测出航天飞行中阻塞性睡眠呼吸暂停减少和心律失常易感性降低
Carmelo J Mastrandrea,Jérémy Rabineau,Danielle Greaves et al.
Carmelo J Mastrandrea et al.
Background: Attenuation of sleep disordered breathing in astronauts entering microgravity was previously reported during shuttle missions. However, the impacts of microgravity on obstructive sleep apnea (OSA) have not pre...
Jason W Low
Jason W Low
Background: Growing access to and use of chest CT has increased the incidental detection of solitary pulmonary nodules. In the Republic of Singapore Air Force, three such cases of its servicemen with solitary pulmonary no...
Mahdi Al-Husseini,Mollie McGuire,Quinn Kennedy et al.
Mahdi Al-Husseini et al.
Introduction: Aviation operations require clear visual perception and precise sensorimotor interaction with aircraft controls, which both vary with neurophysiological state. Operational risk management surveys for militar...
Jaime K Devine,Steven R Hursh,Julia Behrend
Jaime K Devine
Introduction: Fatigue from multiple sources (e.g., circadian, workload, stress, etc.) can create a compound safety risk. Pilots operating medium haul (M-H) routes may be susceptible to compound fatigue, but sources of fat...