| 1. | Effect of infrasound on lung oxygemation and lung damage in rats
次声对大鼠肺组织损伤及肺氧合功能的影响
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| 2. | Effects of infrasound on biological characteristics of osteoblast - like cells
次声波对成骨样细胞生物学特性的影响
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| 3. | Infrasound monitoring system
次声监测系统
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| 4. | Change and significance of gfap in the brain of mice exposed to infrasound
不同声压级次声作用小鼠后脑胶质纤维酸性蛋白的含量和意义
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| 5. | Using the infrasound method to predict the initial time and scale of the earthquake is effective
利用次声波异常信号预测发震时间及震级是十分有效的。
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| 6. | Being inaudible and with a mechanism of bio - resonance , infrasound has a brilliant perspective when applied to biomedicine
次声的作用机理是生物共振，次声应用于生物医学，前景将会十分广阔。
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| 7. | Furthermore , the above recording data limited to a single point is not valid to predict the epicenter . in this thesis , seismic infrasound is profoundly studied
本课题正是在以上的前提下，对临震异常次声进行更深一步的研究和探讨。
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| 8. | An infrasound detecting software was developed in visual c + + . it is a real - time infrasonic data acquisition and analysis program of 3 - point array
最后用visualc开发一套次声波探测系统软件，实现3点阵次声信号的实时数据采集和分析。
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| 9. | With the correlation technique , direction and speed of the infrasound can be calculated by computing the time delay of each detector and by using geometric knowledge
利用互相关技术，计算信号在不同传感器上的时间延迟，再由平面几何原理，得到波的方位和波速。
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| 10. | At present time , the infrasound method stays the stage of using recorders to record the infrasound wave continuously for 24 hours . automatically data acquisition and computerized analysis is not available
目前次声波采用记录仪连续24小时观测记录其波形，还未实现数据的自动采集，所以无法利用计算机对信号进行分析处理。
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