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1·See also Acoustic intensity.

也见声强度。

2·The acoustic intensity of the ultrasonic and the demulsifier dosage had significant influence on dehydration;

超声波的声强对污油脱水量有直接影响，超声波脱水的声强应在临界阈值以下；

3·The function relationship between acoustic intensity of eyelet leak noise frequency section and re was discussed.

探讨了小孔泄漏气体噪声频谱中某一频段声压级与雷诺数之间的函数关系。

4·Based on acoustic intensity, the estimation of ship motion parameters is put froward, and a rapid algorithm is introduced.

基于声强矢量测量法提出了舰船目标运动参数的估计方法，并提出了快速算法。

5·Based on acoustic intensity, the estimation of ship motion parameters is put froward, and a rapid algorithm is introduced.

该方法采用了基于音段和听觉的方法来改变语谱特征参数，算法简便，计算量少，便于实时处理。

6·Conclusion 3ao was sensitive to ultrasound. The delayed effects depended more on duration of irradiation than on acoustic intensity.

结论3ao对超声的敏感性较高，超声的迟发效应更决定于辐照持续时间。

7·This paper studies two factors affecting the demulsification and dehydration effect of ultrasonic wave: frequency and acoustic intensity.

研究了影响起声波破乳脱水效果的两个因素；频率与声强。

8·The results indicate that proper combustion phase retarding can reduce acoustic intensity significantly and maintain the performance and emissions.

结果发现通过适当的着火延迟可以有效地降低声响强度，同时保证性能和排放基本不变。

9·There are several ways of estimating direction of arrival in use of the vector hydrophone: acoustic intensity detection, beam revolving and vector equations.

利用矢量水听器进行方位估计的方法主要有声强检测、旋转波束和矢量方程组等。

10·The concentration of suspended particles in water can be estimated by inversion of the backscatter intensity with the acoustic telemetering system.

声遥测水中悬浮粒子（如泥沙）的反向散射强度，可反演获得粒子浓度。