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首页> 美国政府科技报告 >Enhanced Recovery of Aircrew from G Acceleration Induced Loss of Consciousness (G-LOC): A Centrifuge Study
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Enhanced Recovery of Aircrew from G Acceleration Induced Loss of Consciousness (G-LOC): A Centrifuge Study

机译：从G加速导致意识丧失（G-LOC）增加机组人员的回收：离心机研究

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G-LOC is one of the main physiological threats to aircrew of high-performance aircraft. The primary focus on this study was to measure recovery latency periods for both the absolute and relative incapacitation period following a G-LOC event and what effect the G-LOC event may have on pre- and post-G-LOC performance of fine motor control and cognitive function tasks (simulated flying tasks). G-LOC events were produced using the Dynamic Environment Simulator (DES) centrifuge at Wright-Patterson AFB OH and the Air Force Research Laboratory centrifuge at Brooks AFB TX. At each facility, an identical compensatory tracking task was used to tap the motor skill required by a pilot. In addition to the tracking task, participants were also required to perform a computation task (addition and subtraction problems) to tap the cognitive skills required by fighter pilots. Following the collection of baseline data the participant experienced his/her first G exposure, which was used to establish his/her relaxed tolerance. Following a rest period, the subject experienced G-LOC. Recovery time data were analyzed and they suggest that it would take a pilot approximately 64 sec to regain the same degree of decision making cognitive ability as he/she had prior to the G-LOC episode. This result has tremendous implications for pilot performance in fighter aircraft.

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