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A high-flow nasal cannula system with relatively low flow effectively washes out CO2 from the anatomical dead space in a sophisticated respiratory model made by a 3D printer

机译：具有相对低流量的高流量鼻腔套管系统有效地从3D打印机制造的复杂呼吸模型中的解剖学死区中有效地洗掉了CO2

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Yu Onodera; Ryo Akimoto; Hiroto Suzuki; Masayuki Okada; Masaki Nakane; Kaneyuki Kawamae;
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1. A high-flow nasal cannula system with relatively low flow effectively washes out CO 2 from the anatomical dead space in a sophisticated respiratory model made by a 3D printer [J] . Yu Onodera, Ryo Akimoto, Hiroto Suzuki, Intensive Care Medicine Experimental . 2018,第1期

机译：在3D打印机制作的复杂呼吸模型中，流量相对较低的高流量鼻插管系统可有效地从解剖学死腔中冲洗出CO 2。
2. Protecting Postextubation Respiratory Failure and Reintubation by High-Flow Nasal Cannula Compared to Low-Flow Oxygen System: Single Center Retrospective Study and Literature Review [J] . Minhyeok Lee, Ji Hye Kim, In Beom Jeong, Acute and critical care. . 2019,第1期

机译：与低流量氧气系统相比，通过高流量鼻导管保护拔管后呼吸衰竭和再插管：单中心回顾性研究和文献综述
3. Heated humidified high-flow nasal cannula versus low-flow nasal cannula as weaning mode from nasal CPAP in infants ≤28 weeks of gestation [J] . Fernandez-AlvarezJ.R., GandhiR.S., AmessP., European journal of pediatrics . 2014,第1期

机译：妊娠≤28周的婴儿从鼻CPAP的断奶模式加热加湿的高流量鼻导管与低流量鼻导管
4. Optimization of flow setting during high-flow nasal cannula (HFNC) with a new spirometry system [C] . Francesco Montecchia, Fabio Midulla, Corrado Moretti, IEEE International Symposium on Medical Measurements and Applications . 2016

机译：使用新型肺活量测定系统优化高流量鼻导管（HFNC）期间的流量设置
5. Imaging the airways: Three-dimensional modeling of a complete respiratory airway for use in computational flow dynamics studies of particle deposition in the lungs. Creation of an educational animation about the respiratory system for use in the Human Visualization Project and CollaboRITorium. [D] . Skrip, Betsy. 2008

机译：气道成像：完整的呼吸道的三维建模，可用于肺部颗粒沉积的计算流动动力学研究。创建有关呼吸系统的教育动画，供人类可视化项目和CollaboRITorium使用。
6. A high-flow nasal cannula system with relatively low flow effectively washes out CO2 from the anatomical dead space in a sophisticated respiratory model made by a 3D printer [O] . Yu Onodera, Ryo Akimoto, Hiroto Suzuki, 2018

机译：在3D打印机制作的复杂呼吸模型中流量相对较低的高流量鼻插管系统可有效地从解剖学死腔中冲洗出二氧化碳。
7. A high-flow nasal cannula system set at relatively low flow effectively washes out CO2from the anatomical dead space of a respiratory-system model [O] . Yu Onodera, Ryo Akimoto, Hiroto Suzuki, 2017

机译：在相对低的流动中设定的高流量鼻腔套管系统有效地从呼吸系统模型的解剖死度空间中有效地洗脱了CO2

A high-flow nasal cannula system with relatively low flow effectively washes out CO2 from the anatomical dead space in a sophisticated respiratory model made by a 3D printer

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