Ttr Inspiratory Triggering Response Time 吸气触发响应时间
time triggering 时间触发
inspiratory triggering response time 吸气触发响应时间
Triggering time synchronization error model is derived, and based on phase noise model of frequency source, random synchronization error is considered.
本文建立了触发时间同步误差模型,结合频率源相位噪声模型,初步分析了随机型时间同步误差对成像的影响。
By fitting the model parameters and stability analysis, we verify that the triggering time interval is not random but govern by the dynamic properties of the system.
经过参数拟合和稳定性分析,我们证实触发的间隔时间与系统动力学性质有关,而不是完全随机的。
The unprecedented land clearance released vast quantities of carbon dioxide into the atmosphere, triggering for the first time humanly caused global warming.
空地的规模史无前例,它们将大量的二氧化碳气体释放到了大气中,因而引发了第一次人为导致的全球变暖。
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