barotrauma
英
美
n. 气压损伤
双语例句
- In your case, a similar episode of barotrauma could lead to further damage and additional impairment.
对于你的情况，气压性创伤会导致更多的伤害。 - The condition, known as pulmonary barotrauma, resembles the injuries SCUBA divers suffer if they return to the surface too quickly.
这种情况被称为“肺气压伤”，类似于身背水肺的潜水员返回表面太快时所遭受的伤害。 - Oxygen absorption barotrauma Sinus and middle ear barotrauma are the most common dive-related injuries.
氧吸收性中耳气压损伤鼻窦和中耳的气压性创伤是最常见的和潜水相关的创伤。 - Analysis on the related factors of the patients with severe asthma who suffered pulmonary barotrauma during mechanical ventilation treatment
机械通气治疗重症哮喘过程中发生气压伤的相关因素分析 - Although decongestant medications may be helpful in salvaging a diving vacation if symptoms are mild, they do not necessarily prevent serious sinus or ear barotrauma.
虽然消肿药物在症状不是很严重的时候可以用来拯救你的潜水假期，但是它们并不能防止严重的鼻窦和耳部气压性伤害。 - An unusual type of severe barotrauma owing to automobile tire biting in a child
儿童咬汽车轮胎引起的罕见类型严重气压伤1例 - The cerebral imaging of pulmonary barotrauma in compressed air divers
空气潜水致肺气压伤脑影像学表现 - Analysis on Disease Spectrum of Otorhinolaryngology in Pilots and Study of Barotrauma
飞行员耳鼻咽喉病症谱分析和中耳气压伤研究 - The prevention of the ear barotrauma by positive pressure on nasopharynx
经面罩鼻咽部加压预防高压舱耳气压伤 - Conclusion: Ear barotrauma is mainly related to the Eustachian tube function, but not to the speed of decompression.
结论：气压伤的发生与咽鼓管功能状态密切相关，与减压速度无显著相关，咽鼓管功能良好可有效的避免耳气压伤的发生。 - Middle ear barotrauma complicated with nasal sinus barotrauma: 4 case report
中耳气压伤并发鼻窦气压伤4例分析 - Conclusions ( 1) The imaging of brain is obvious in divers of pulmonary barotrauma complicated with cerebral arterial gas embolism.
结论（1）空气潜水所致肺气压伤并发脑动脉气栓患者脑影像学有比较明显的改变； - Study of Ear Barotrauma and Inner Ear Decompression Disease in 60 m Diving
模拟轻潜水耳气压伤与内耳减压病实验研究 - Barotrauma of lungs 12 cases.
肺气压伤12例。 - The effect of the atmospheric pressure change on the ventilative resistance of the eustachian tube and the prevention of the barotrauma
大气压变化对咽鼓管通气阻力的影响及耳气压伤的预防 - Objective To investigate whether the ventilative resistance of the eustachian tube ( VRET) changed with the atmospheric pressure, and whether barotrauma can be prevented by positive pressure breathing ( PPB) with exhalation pressure> VRET.
目的探讨咽鼓管通气阻力（VRET）是否随大气压变化而变化，并了解呼气压大于咽鼓管通气阻力的正压呼吸能否预防耳气压伤。 - Methods comparing the incidence of patent ducts arteriosus ( PDA), secondary pulmonary infection, pulmonary barotrauma and prognosis on VLBWI using respirator in different periods.
方法对不同时期应用呼吸机治疗的VLBWI发生动脉导管未闭（PDA）、肺部感染、肺气压伤及预后进行比较。 - Objective To investigate the cerebral imaging changes of pulmonary barotrauma in compressed air divers.
目的探讨空气潜水所致肺气压伤患者脑影像学改变。 - The complications were overventilation, respiratory alkalosis, hypotension, barotrauma, hemorrhage of upper digestive tract and VAP ( respirator related pneumonia).
并发症有过度通气、呼吸性碱中毒、低血压、气压伤、上消化道出血及呼吸机相关肺炎（VAP）。