The artery pressure, the respiratory wave and the electrocardiogram were obtained synchronously, and then a series of parameters were calculated and analyzed in computer.
计算机同步采集动脉压，呼吸波，心电图信号；再由计算机对上述信号进行计算分析，得到一般药理学实验的一系列参数。
Method The improvement of coherent averaging method of Reducing respiratory Interference was discussed, and evaluation-fitting respiratory wave and filter of Chebyshev's polynomial as presented.
方法首先讨论了对传统抗呼吸干扰的相干平均法改进，同时提出了估计拟合呼吸波和时域切比雪夫正交多项式消除呼吸干扰的方法。
The influence of electromagnetic wave on biologic respiratory process is demonstrated by an experiment.
本文用实验证实了电磁波对生物呼吸过程的影响。
It lowers the respiratory rate and changes the brain wave patterns.
它会降低呼吸频率并改变脑波模式。
Objective to investigate the clinical effect of special electromagnetic wave therapy as supportive treatment on children's acute lower respiratory infection.
目的探讨特定电磁波治疗器佐治儿童急性下呼吸道感染的临床疗效。
The detection of Pre-P wave was affected by the heart rate, respiratory, artefact and low frequency waves.
前波的表达受心率、呼吸、伪差及低频波等因素干扰。
Conclusion Special electromagnetic wave therapy is an effective treatment for children's acute lower respiratory infection.
结论特定电磁波治疗器是佐治儿童急性下呼吸道感染的有效方法。
Objective to observe the curative effect on cute infection of the upper respiratory tract with both ultrashort wave of the five sense organs and cold ultraviolet light.
目的观察五官超短波与冷光紫外线治疗急性上呼吸道感染的效果。
Objective to observe the curative effect on cute infection of the upper respiratory tract with both ultrashort wave of the five sense organs and cold ultraviolet light.
目的观察五官超短波与冷光紫外线治疗急性上呼吸道感染的效果。
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