吸入气

  • 网络inspired gas;inspiratory gas
吸入气吸入气
  1. 随着吸入气氧浓度的增加,EPOmRNA表达的阳性率降低。

    The EPO mRNA expression ratio in rabbit kidney decreased with the increasing of inhaled oxygen concentration .

  2. 经呼吸道的滞留率高、稳定,不受吸入气中MMH浓度和动物通气量变化的影响。

    The absorption rate , which was independent of the concentration of MMHin air and the ventilation volume , was constant and hight as98 % .

  3. 应用动物实验与临床研究相结合的方法,观察了低流量固定比例的氧化亚氮&氧麻醉期间FiO2、吸入气、肺泡气以及动脉血气变化。

    To determine the safety and gas changes of lungs during low flow nitrous oxide-oxygen anesthesia , FiO2 , gases of alveoli , inspired gases and blood gases were measured respectively .

  4. 计算动脉血氧分压(PaO2)与吸入气氧浓度(FiO2)比值,测定NE活性、α1抗胰蛋白酶α1AT)浓度和活性、白介素6(IL6)和白介素8(IL8)浓度等。

    The arterial blood gas was recorded to calculate PaO_2 / FiO_2 ratio in ALI group . The activity of NE , the concentration and activity of α _1-antitrypsin (α _1-AT ), the serum concentration of interleukin-6 ( IL-6 ) and interleukin-8 ( IL-8 ) were measured .

  5. 应用温度湿度仪连续监测吸入气温度和相对湿度,公式计算绝对湿度。

    The temperature and relative humidity of inhaled gas were monitored continuously .

  6. 兴奋呼吸和催醒期间须保持呼吸道通畅,提高吸入气氧浓度,避免低氧血症发生。

    To keep airway patent and clean , and increase oxygen concentration inhaled to avoid hypoxemia .

  7. 不同吸入气氧浓度对运动负荷肺通气量和心率动态反应的影响

    Effects of Different Inhalant O-2 Concentrations on Ventilatory and Heart Rate Kinetic Responses During Exercise / Zhang

  8. 吸入气与呼气末氧浓度差和呼气末二氧化碳在全麻急性低通气时的变化规律

    Changes of Inspiratory to End-tidal Oxygen Concentration Difference and End-tidal Carbon Dioxide during Acute Hypoventilation during Intravenous Inhalation Anesthesia

  9. 本文介绍了应用级联撞击器和佩戴口罩的人头模型在天然铀燃料元件加工现场测定吸入气溶胶粒度的方法。

    This paper describes a method for measuring particle size of inhaled aerosol with a phantom of human head wearing dust-proof mask anda cascade impactor .

  10. 目的:观察麻醉机呼吸环路气体低、中、高流量设置和呼吸环路加入人工鼻对气道内吸入气温度和湿度的影响。

    Objective : Our aim was to investigate the effects of heat and moisture exchanger filter ( HMEF ) on temperature and humidity of inhaled gas in airway .

  11. 经口吸气之同时,将吸入气的上方往下压以释出使立稳,此时仍保持稳定且深的呼气动作。

    Just after starting to breathe in through your mouth press down on the top of the inhaler to release Serevent while still breathing in steadily and deeply .

  12. 为了分析急性低氧时心泵代偿-失代偿转变过程的力学特征,在22条麻醉开胸狗上,于吸入气氧分压递降条件下,作了心泵舒缩功能测定。

    To analyse the mechanic characteristics of compensation-decompensation of the cardiac pump , the cardiac pump function was measured under acute hypoxia by inhaling hypoxic oxygen-nitrogen gas mixtures in 22 anesthetized open-chest dogs .

  13. 表明在慢性常压低氧中,当吸入气氧含量降至7%时,可导致肾上腺皮质球状带细胞超微结构改变,从而影响醛固酮的合成与分泌。

    These findings indicated that as oxygen concentration of inspiratory in the chronic normobaric hypoxia is down to 7 % , it induced ultrastructural changes of glomerulosa cells and influenced the synthesis and secretion of aldosterone .

  14. 此模型包括吸入气相或两相制冷剂与腔内制冷剂混合过程的动态模型、壳体换热过程的动态模型和气缸内制冷剂压缩过程的稳态模型。

    This model includes a dynamic model for the mixing process of inside refrigerant and sucked two-phase or vapor refrigerant , a dynamic model for heat transfer of the compressor shell , and a steady state model for the polytropic compression .

  15. 当白矮星自转时,被吸入的气柱也跟著一起转起来。

    As the white dwarf spins , the columns of infalling gas rotate with it .

  16. 不仅如此,我们祷告、颂咏并歌唱主的话,就吸入神圣的气,并接受更多神的元素。

    By praying , psalming , and singing the Word we shall fan our spirit into flame .

  17. 本文实现了天然气发动机缸内非高压直接喷射天然气,在结构上和控制时刻将空气的吸入和天然气的喷入完全分开,成功地解决了天然气发动机充气效率下降的问题。

    Studied in this paper is in-cylinder injection of natural gas engine , which improves the volumetric efficiency .

  18. 活塞向上移动时,压缩在进气行程中吸入的混合气。

    The piston moves up and compresses the trapped air fuel mixture that was brought in by the intake stroke .

  19. 我又是也会吟颂咒语,就好像吸入上帝之气,呼出上帝之气。

    I sometimes use the mantra like just breathing in the breath of God and breathing out the breath of God .

  20. 然后我们不仅领会某段圣经的意义,也吸入神圣的气,以接受生命的供应。

    Then we not only understand the meaning of a certain portion of Scripture ; we also inhale the divine breath to receive the life supply .

  21. 按霍恩氏(Horn)法4个染毒剂量分组,每组5只,组距215倍设计剂量系列,采用静式呼吸道吸入实验,用气相色谱仪对染毒柜内化合物浓度进行测定。

    Horn method was used to separate four toxicity doses groups , 5 mice in each , dose series was 2 15 times group distance . The static aspiration test was used to detect the doses of compounds in a toxin testing cabinet by HPLC .

  22. 采用DY84型混氧仪,使受试者吸入105%低氧混合气持续15min,模拟高空5000m缺氧耐力检查。

    Each subject inhaled 10 5 % oxygen nitrogen mixture provided by DY 84 oxygen nitrogen mixer for 15 min to simulate the hypoxia tolerance test at 5000m altitude .

  23. 混输泵半螺旋形吸入室不同含气率的气相分布

    Gas Distribution in the Semi-volute Suction Chamber of Axial Flow Multiphase Pump for Different Void Fractions

  24. 室内可吸入颗粒物与气传真菌致大鼠肺损伤的实验研究

    Study on Rat Pulmonary Injury Induced by Indoor Air PM_ ( 10 ) and Air-borne Fungi

  25. 冠心病和风心病患者吸入麻醉药血/气分配系数

    Blood / Gas Partition Coefficients of Volatile Anesthetics in Adult Patients with Coronary Artery Disease and Rheumatic Heart Disease

  26. 结论:注射器两次平衡法同时测定数种吸入麻醉药液/气分配系数的方法结果稳定、可重复性好。

    Conclusion : It is reliable to measure the liquid / gas partition coefficients of several volatile anesthetics simultaneously .

  27. 目的:建立注射器两次平衡法,并检验同时测定数种吸入麻醉药液/气分配系数方法的可行性。

    Objective : To establish syringe-syringe double equilibrated method and to determine the reliability of this method for measuring liquid / gas partition coefficients of several volatile anesthetics simultaneously .

  28. 目的:测定并比较不同成人心脏病患者的吸入麻醉药血/气分配系数(B/G),判断血液成分对B/G的影响。

    Objective : To determine and compare the blood / gas partition coefficients ( B / G ) of volatile anesthetics in adult patients with cardiac diseases and the effects of the blood constituents on B / G.