1) Furnace noise
加热炉噪声
2) boiler noise
锅炉噪声
1.
In the article,the distribution,mechanism,control equipments and control technigue,of boiler noises are discussed.
本文对锅炉噪声的分布、机理及其控制设备和控制技术进行了探讨，并以两锅炉房为例，设计了一套控制方案，子以实施，达到ＧＢ３０９６—８２标准的二类混合区要求。
3) addition noise
可加噪声
4) add-noise
附加噪声
1.
According to the result of ship noise measurement,the source causing ship radiating add-noise was analysed.
结合试验实测数据对船舶低速航行时出现附加噪声的现象进行了分析,论述了轴系回旋运动加剧艉部密封结构摩擦引发附加噪声的发声机理。
5) Accelerating noise
加速噪声
1.
Accelerating noise was measured and analyzed for a passenger car, the inlet air noise of its engine has been found to be the main noise source during the car accelerating period.
运用该技术对某汽车的加速噪声进行测量和分析,发现发动机进气噪声是该车主要的加速噪声源。
6) additive noise
加性噪声
1.
Research on speech recognition compensation for additive noise;
语音识别中的加性噪声补偿研究
2.
The characters of riddled basins in coupled chaotic synchronized maps with additive noises;
耦合映射混沌同步系统在加性噪声中的筛形域性态
3.
According to the excellent generalization performance and global optimal property for peak of SVM,the method can suppress the random additive noise more effectively in contrast with traditional ones.
由于利用了SVM泛化能力强、全局最优等特点,因此该方法与传统方法相比,能更有效地抑制随机加性噪声。
补充资料：无噪声蒸汽流加热器
分子式：
分子量：
CAS号：
性质：见蒸汽加热器。
分子量：
CAS号：
性质：见蒸汽加热器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条