期刊论文

中文

生物医学工程学杂志

1001-5515

2023

40

02

343-349

科技部“数字诊疗装备研发”重点专项项目(2021YFC0122500) 湖南省自然科学基金项目(2020JJ4159)。

本校为第一机构

无需经口鼻腔或气道切口插管建立人工气道的无创双水平气道正压通气(Bi-PAP)广泛应用于各种呼吸病患者的通气治疗。为研究无创Bi-PAP通气下呼吸病患者的通气治疗状况及需要采取的通气措施,本文建立无创Bi-PAP通气治疗...展开更多 无需经口鼻腔或气道切口插管建立人工气道的无创双水平气道正压通气(Bi-PAP)广泛应用于各种呼吸病患者的通气治疗。为研究无创Bi-PAP通气下呼吸病患者的通气治疗状况及需要采取的通气措施,本文建立无创Bi-PAP通气治疗系统模型,进行仿真通气。所建系统模型包括无创Bi-PAP呼吸机模型、呼吸管路及面罩模型和呼吸病患者的呼吸模型。并在Matlab Simulink仿真环境设计系统仿...

Without artificial airway though oral,nasal or airway incision,the bi-level positive airway pressure(BiPAP)has been widely employed for respiratory patients.In an effort to investigate the therapeutic effects and measures for the respiratory patients under the noninvasi...MORE Without artificial airway though oral,nasal or airway incision,the bi-level positive airway pressure(BiPAP)has been widely employed for respiratory patients.In an effort to investigate the therapeutic effects and measures for the respiratory patients under the noninvasive Bi-PAP ventilation,a therapy system model was des...