1) Proportional pressure support ventilation(PPS)
成比例压力支持通气
2) proportional pressure support
比例压力支持
1.
Comparison of two weaning modes:continuous positive airway pressureproportional pressure supportautomatic tube compensation and biphasic positive airway pressurepressure support ventilation;
持续气道正压-比例压力支持-自动管道补偿与双水平气道正压-压力支持通气两种模式撤机方法的比较
2.
Objective To observe the effect on mechanical ventilation with biphasic positive airway pressure (BIPAP), pressure support ventilation (PSV)and proportional pressure support (PPS) modes on hemodynamics in patients with either normal cardiac function or impaired cardiac function in order to optimize the time to wean mechanical ventilation in patients with severe cardiac dysfunction.
目的观察双水平气道正压(BIPAP)、压力支持(PSV)、成比例压力支持通气(PPS)3种不同通气模式对心功能正常及心功能低下患者血流动力学的影响,探讨心功能严重低下、撤机困难患者较理想的撤机方式。
3) pressure support ventilation
压力支持通气
1.
Comparison of the effect in acute respiratory failure patients by biphasic positive airway pressure(BIPAP) and pressure support ventilation(PSV) modes;
双相气道正压通气和压力支持通气模式对急性呼吸衰竭患者疗效的比较
2.
Comparison of two weaning modes:continuous positive airway pressureproportional pressure supportautomatic tube compensation and biphasic positive airway pressurepressure support ventilation;
持续气道正压-比例压力支持-自动管道补偿与双水平气道正压-压力支持通气两种模式撤机方法的比较
3.
Application of pressure support ventilation on cervical spinal cord injured patients;
颈髓损伤呼吸功能不全时压力支持通气的应用
4) PSV+SIMV
压力支持通气和同步间歇指令通气
1.
Methods:Thirteen mechanical ventilation-dependent patients with COPD was randomized two groups,the experiment group has six cases,using intermittent suspending respirator,the controls has seven cases,using PSV+SIMV,the successful rates of weaning from groups were compared after two weeks.
方法:13例呼吸机依赖的患者随机分为两组,试验组6例,采用间歇性停机法,对照组7例,采用压力支持通气和同步间歇指令通气方法,比较两周内的脱机成功率。
5) Electro-pneumatic proportional pressure valve
电气比例压力阀
1.
A proposal of self-tunning pressure regulator for electro-pneumatic proportional pressure valve;
电气比例压力阀自校正压力调节器的设计
6) Proportional pressure valve
电/气压力比例阀
补充资料：放射性核素肺通气显(成)像
放射性核素肺通气显(成)像
呼吸系统放射性核素显(成)像方法之一。肺通气显(成)像按显像剂形态的不同分为放射性气体通气显(成)像和放射性气溶胶通气显(成)像。放射性气体通气显(成)像主要用于检查支气管的通畅性和肺组织局部的通气功能；放射性气溶胶通气显(成)像主要反映支气管的通畅性，但不能反映局部肺组织的通气功能。
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