Narcosis usually occurs in deep-sea divers who breathe compressed gas mixtures.
氮麻醉通常发生在吸入压缩气体混合物的深海潜水员身上。
The effects of
narcosis become more pronounced at depths exceeding 100 meters.
氮麻醉的影响在超过100米的深度时变得更加明显。
Anesthesiologists must consider the potential for
narcosis when administering anesthetic gases to patients.
麻醉师在给患者施用麻醉气体时必须考虑引发麻醉的可能性。
As he descended deeper, the diver began to experience signs of
narcosis such as disorientation and sluggishness.
随着他下潜得更深，潜水员开始出现氮麻醉的症状，如迷失方向和反应迟钝。
Nitrogen
narcosis is often referred to as 'raptures of the deep' by scuba divers.
氮麻醉常被潜水员称为“深深的喜悦”。
A decrease in oxygen levels can exacerbate the symptoms of
narcosis in underwater environments.
水下环境中氧气水平的降低可能会加剧氮麻醉的症状。
Advanced saturation diving techniques help mitigate the risks associated with
narcosis.
先进的饱和潜水技术有助于减轻与氮麻醉相关的风险。
Symptoms of
narcosis include impaired judgment, confusion, and in severe cases, unconsciousness.
氮麻醉的症状包括判断力下降、意识模糊，严重情况下甚至可能出现昏迷。
Exposure to high-pressure conditions during deep diving can lead to a state of
narcosis known as 'Martini effect', where every 50 feet feels like one martini.
在深海潜水过程中暴露于高压环境可能导致氮麻醉状态，即所谓的“马提尼效应”，每下潜50英尺就像喝了一杯马提尼酒一样让人感觉昏昏欲醉。
Breathing gas mixtures with lower concentrations of nitrogen can reduce the risk of
narcosis for deep sea workers.
使用氮气浓度较低的呼吸气体混合物可以降低深海工作人员发生氮麻醉的风险。
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