％0期刊文章％a hart，jd％a withers，rt％a tucker，rc％t精度和连续和正弦流的摩根通风仪的精度和准确性％d 1994％j欧洲呼吸期刊％p 813-816％p 813-816％v 7％n n n n n n4％X P.K.Morgan Mark II通风仪包括涡轮传感器和一个控制/读取单元，其中包含Ventx5A或Ventx6A程序。该设备用于测量氧气消耗测试期间的微小通风。在连续和脉动流动过程中检查了这些设备中的六个设备（具有两个涡轮机的Ventx5a和两个带有两个不同涡轮机的Ventx6A）的精度和准确性；在校准过程中，准确性受注射器速率的影响。参考标准是350 L Collins链条补偿的气压计。在连续流动时，两个VENTX5A设备在60-160 L.min-1范围内的准确性为99.5-100.5％，而四个VENTX6AS的精度比60-200 L.min-1的范围比99.3-102.1％。VENTX5A的正弦流的平均精度在跨15-200 L.min-1的微量体积的96.1-101.3％之间；VENTX6A的可比数据为95.9-98.9％。 These mean accuracies improved to 98.1-101.3% for the VENTX5A at measured minute volumes > 80 l.min-1. Omission of the two lowest tidal volumes (1 and 1.5 l) for the VENTX6As narrowed the range of accuracy to 96.9-98.5%. The coefficients of variation for five trials at each minute ventilation were 0-0.2%. We conclude that, while the P.K. Morgan Mark II Ventilometer has excellent precision, its accuracy is dependent on the calibration syringe rate, minute ventilation and program. %U //www.qdcxjkg.com/content/erj/7/4/813.full.pdf