1) inhaled NO
吸入性NO
1.
As a new therapy method, inhaled NO of lowliness con ce ntration is used to cure all kinds of pulmonary artery hypertension and hyposicy -ischemic lung diseases.
针对目前使用较多的将高浓度NO气体用N2 稀释到所需浓度的方法存在很多缺陷的问题,介绍了一种对干燥空气进行高压脉冲放电产生吸入性NO的原理,通过一系列实验探讨 NO生成量与放电室结构、气体流量、放电频率、电极材料及形状间的关系。
2) Aspiration
[英][,æspə'reɪʃn] [美]['æspə'reʃən]
吸入性
1.
Clinical analysis of 53 newborns with aspiration pneumonia;
新生儿吸入性肺炎53例临床分析
2.
In the first three days after operation, two groups of the patients underwent chest fluoroscopy everyday to inspect the incurrence of pneumonia and aspiration.
目的 探讨胃肠减压对开胸术后吸入性肺炎的预防作用。
3) inhalation
[英]['inhə'leiʃən] [美][,ɪnhə'leʃən]
吸入性
1.
Successful treatment for multiple patients with severe burn injury complicated by inhalation injury;
成批危重烧伤患者合并吸入性损伤的成功救治经验
2.
Strategies for mass burn casualties complicated with inhalation injury transferred from a distance;
成批烧伤合并吸入性损伤伤员的远程转运
3.
Changes in the calcitonin content after inhalation injury in dogs;
吸入性损伤犬降钙素的变化
4) Inhalation toxicity
吸入毒性
1.
Advances of study on inhalation toxicity of nanoparticles;
纳米颗粒吸入毒性研究进展
2.
In order to observe the acute inhalation toxicity of gaseous chlorine dioxide disinfectant,and to provide evidence for toxicity intensity and subacute toxicity test of the gaseous chlorine dioxide disinfectant.
了解二氧化氯气态消毒剂的急性吸入毒性,为其急性毒性强度及亚急性毒性试验提供依据。
3.
Objective To observe the acute inhalation toxicity of gaseous chlorine dioxide disinfectant,in order to provide evidence for subacute toxicity test of the gaseous chlorine dioxide disinfectant.
目的了解气态二氧化氯消毒剂的急性吸入毒性,为亚急性毒性试验提供依据。
5) suction capacity
吸入性能
1.
The shortcomings of a submerged dredge pump for wheel dredge boat are pointed out based on a research of its suction capacity.
对某斗轮式挖泥船水下泥泵吸入性能进行了研究,提出了该船目前存在的缺点和不足。
6) Inhalation injury
吸入性损伤
1.
Analysis of 20 cases of inhalation injury;
20例中重度吸入性损伤治疗分析
2.
Treatment of severe burn with inhalation injury;
特重烧伤伴吸入性损伤的治疗
3.
Management of extensive burn accompanying severe inhalation injury;
特大面积烧伤伴重度吸入性损伤的救治
补充资料：化学性吸入损伤
化学性吸入损伤
chemical inhalation injury
各种化学物质气体以及人造聚合物、塑料等燃烧可产生过氧化氮、盐酸、氢氰酸、光气、一氧化氮、硫化物、醛类等物质均可造成呼吸道吸入性损伤。这些化学物质有些有腐蚀性，如醛类，可引起局部组织严重损伤。有些有严重毒性可致全身中毒，如聚氨酯泡沫塑料燃烧时可释出大量氰化物，氰化物在血清中浓度达100μmol/L即可致死。所以吸入含化学物质的气体或烟雾，除按“吸入性损伤”条目的处理原则处理外，还需注意全身中毒情况的处理。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条