Biersner R J
Aviat Space Environ Med. 1987 Jan;58(1):34-8.
Measurements of seven self-reported emotional states (happiness, activity, fear, anger, depression, fatigue, and anxiety) and three physiological variables (heart rate, systolic blood pressure, and diastolic blood pressure) were made among 16 subjects under four conditions: all subjects breathing normobaric air; several days later, immediately after half the subjects had breathed 30% nitrous oxide and the other half had breathed nomobaric air; the following day, subsequent to exposure of all subjects to a simulated depth of 57 m on air in a hyperbaric chamber; and several weeks after the hyperbaric chamber exposure, with all subjects breathing nomobaric air. The results showed that the physiological responses of the group that breathed nitrous oxide did not differ significantly from the control group following the hyperbaric chamber exposure, while self-reported happiness was lower among the nitrous oxide group than among the control group following hyperbaric chamber exposure. Nitrous oxide does not appear to benefit emotional or physiological adaptation to nitrogen narcosis associated with breathing hyperbaric air, and may even impair emotional adaptation, at least under these experimental conditions.
在四种条件下,对16名受试者进行了七种自我报告的情绪状态(快乐、活力、恐惧、愤怒、抑郁、疲劳和焦虑)以及三个生理变量(心率、收缩压和舒张压)的测量:所有受试者呼吸常压空气;几天后,在一半受试者呼吸30%氧化亚氮而另一半呼吸常压空气之后立即进行测量;第二天,在所有受试者在高压舱中模拟57米深度呼吸空气之后进行测量;以及在高压舱暴露几周后,所有受试者呼吸常压空气时进行测量。结果显示,在高压舱暴露后,呼吸氧化亚氮的组的生理反应与对照组没有显著差异,而在高压舱暴露后,氧化亚氮组自我报告的快乐程度低于对照组。至少在这些实验条件下,氧化亚氮似乎对与呼吸高压空气相关的氮麻醉的情绪或生理适应没有益处,甚至可能损害情绪适应。