While in foreign countries, more research is on non-stationary speech signal dereverberation, which becomes a hot field in the last ten years.

国外对不平稳语音信号去混响研究，别是在最近十年形成了研究热点。

This paper introduced a measuring chamberlet method and character for flow-noise in seawater pipe system and analyzed inferior-limited frequency of reverberation of measuring chamberlet.

摘要介绍了海水管路系统中流噪声小室测量方法及其点，分析了测量小室声场性及产生混响下。

While in foreign countries, more research is on non-stationary speech signal dereverberation, which becomes a hot field in the last ten years.

国外对不平稳语音信号去混响研究较多，特别是在最近十年形成研究热点。

This paper introduced a measuring chamberlet method and character for flow-noise in seawater pipe system and analyzed inferior-limited frequency of reverberation of measuring chamberlet.

摘海水管路系统中流噪声小室量方法及其特点，分量小室声场特性及产生混响下限频率。

While in foreign countries, more research is on non-stationary speech signal dereverberation, which becomes a hot field in the last ten years.

国外对不平稳语音信号去混响研究，别是在最近十年形成了研究热点。

This paper introduced a measuring chamberlet method and character for flow-noise in seawater pipe system and analyzed inferior-limited frequency of reverberation of measuring chamberlet.

摘要介绍了海水管路系统中流噪声小室测量方法及其点，分析了测量小室声场性及产生混响下。

While in foreign countries, more research is on non-stationary speech signal dereverberation, which becomes a hot field in the last ten years.

国外对不平稳语音信号研究较多，特别是在最近十年形成了研究热点。

This paper introduced a measuring chamberlet method and character for flow-noise in seawater pipe system and analyzed inferior-limited frequency of reverberation of measuring chamberlet.

摘要介绍了海水管路系统中流噪声小室测量方法及其特点，分析了测量小室声场特性及产生下限频率。

While in foreign countries, more research is on non-stationary speech signal dereverberation, which becomes a hot field in the last ten years.

国外对不平稳语音信号去混响研究较，是在最近十年形成了研究热点。

This paper introduced a measuring chamberlet method and character for flow-noise in seawater pipe system and analyzed inferior-limited frequency of reverberation of measuring chamberlet.

摘要介绍了海水管路系统中流噪声小室测量方法及其点，分析了测量小室声场性及产生混响率。

While in foreign countries, more research is on non-stationary speech signal dereverberation, which becomes a hot field in the last ten years.

国外对不平稳语音信号去混响研究较多，特别是在最近十年形了研究热点。

This paper introduced a measuring chamberlet method and character for flow-noise in seawater pipe system and analyzed inferior-limited frequency of reverberation of measuring chamberlet.

摘要介绍了海水管路系统中流噪声小室测量方法及其特点，分析了测量小室声场特性及产混响下限频率。

While in foreign countries, more research is on non-stationary speech signal dereverberation, which becomes a hot field in the last ten years.

国外对不平稳语音信号去混响研较多，特别是在最近十年形成了研。

This paper introduced a measuring chamberlet method and character for flow-noise in seawater pipe system and analyzed inferior-limited frequency of reverberation of measuring chamberlet.

摘要介绍了海水管路系统中流噪声测量方法及其特，分析了测量声场特性及产生混响下限频率。

While in foreign countries, more research is on non-stationary speech signal dereverberation, which becomes a hot field in the last ten years.

国外对不平稳语音信号去混响究较多，别是在最近十年形究热点。

This paper introduced a measuring chamberlet method and character for flow-noise in seawater pipe system and analyzed inferior-limited frequency of reverberation of measuring chamberlet.

摘要介绍海水管路系统中流噪小室测量方法及其点，分析测量小室性及产生混响下限频率。

While in foreign countries, more research is on non-stationary speech signal dereverberation, which becomes a hot field in the last ten years.

国外对不平稳语音信号去混响研究较多，别是在最近十年形成研究热。

This paper introduced a measuring chamberlet method and character for flow-noise in seawater pipe system and analyzed inferior-limited frequency of reverberation of measuring chamberlet.

摘要介绍管路系统中流噪声小室测量方法及其，析测量小室声场性及产生混响下限频率。