气泡群激光后向散射特性水池试验研究
详细信息 查看官网全文
- 英文论文题名：Water tank experiments for laser backward-scattering properties of bubble cluster
- 论文作者：郭媛媛 ; 金方圆 ; 王运鹰 ; 李桂娟
- 英文论文作者：GUO Yuan-yuan ; JIN Fang-yuan ; WANG Yun-ying ; LI Gui-juan ; Science and Technology on Underwater Test and Control Laboratory
- 年：2016
- 作者机构：水下测控技术重点实验室;
- 论文关键词：激光后向散射 ; 水池实验 ; 探测距离 ; 接收视场角
- 英文论文关键词：laser Backward-Scattering ; water tank experiment ; probe distance ; receiving field angle
- 会议召开时间：2016-10-25
- 会议录名称：2016年中国造船工程学会水中目标特性学组学术交流会论文集
- 语种：中文
- 分类号：U661.71
- 学会代码：SXJS
- 会议名称：2016年中国造船工程学会水中目标特性学组学术交流会
- 会议地点：中国辽宁大连
- 主办单位：中国船舶重工集团公司第七六0研究所水中测控技术重点实验室
- 学会名称：《声学技术》编辑部
- 页数：3
- 文件大小：382k
- 原文格式：D
- 会议级别：全国
摘要
本文从气泡群后向散射特性出发,开展了模拟气泡后向散射特性水池实验研究,详细分析了探测距离及接收视场角分别对气泡群后向散射特性的影响。结果表明:后向散射回波信号强度随着探测距离的增大呈指数衰减趋势;随着接收视场角的增大呈近似线性增强趋势,回波信号的信噪比亦受其影响较大。实验结果可为文献[1]的数值仿真结果提供佐证。
In this paper, we focus on the backward-scattering properties of bubbles; Firstly, the distribution of scattering intensity of single bubble with multiple particle size is studied, the theory of single bubble scattering is Mie Theory. Based on single bubble scattering, Monte-Carlo method is used to simulate multiple scattering characteristics of bubble cluster with different density under the uniform distribution. Then a water tank experiment for laser backward-scattering properties of imitated bubble cluster is carried out. The results show that, the intensity of backward scattered echo signal is exponential with increase of the probe distance; the signal to noise ratio of the echo signal is greatly affected by the size of the receiving field angle.This study may provide a reference for the paper[1].
In this paper, we focus on the backward-scattering properties of bubbles; Firstly, the distribution of scattering intensity of single bubble with multiple particle size is studied, the theory of single bubble scattering is Mie Theory. Based on single bubble scattering, Monte-Carlo method is used to simulate multiple scattering characteristics of bubble cluster with different density under the uniform distribution. Then a water tank experiment for laser backward-scattering properties of imitated bubble cluster is carried out. The results show that, the intensity of backward scattered echo signal is exponential with increase of the probe distance; the signal to noise ratio of the echo signal is greatly affected by the size of the receiving field angle.This study may provide a reference for the paper[1].
引文
[1]马青山,陈亚林,郝保安,等.光尾流探测系统回波信号的数值仿真[J].鱼雷技术,2015,23(2):93-97.
[2]S.Shengwei,J.Xingzhou,and W.Jiangan,“The characteristic study of pulsed laser light back-scattering of simulated wake bubbles,”Journal of Optoelectronics Laser,Vol.18,pp.1508-1512,2007.
[3]M.Qingshan,C.Yalin,H.Baoan,“Study on bubble characteristics of ship far wake field,”Torpedo Technology,Vol.22,pp.311-315,2014.
[4]Z.Heyong,Z.Weijiang,R.Deming,“Improved algorithm of Mie scattering parameter based on matlab,”The Journal of Light Scattering,Vol.20.Pp.102-107.Jun.2008.
[5]M.Qingshan,C.Yalin,H.Baoan,“Numerical simulation on echo signal of optical wake detection system,”Torpedo Technology,Vol.23,pp.93-97,Apr.2015.
[6]D.X.L,Y.H.Q,TAN D,“Laser scattering of bubble in water,”SPIE,Vol.56,pp.728-733,2005.
[7]Y.Kecheng,Z.xiao,L.Yi,“Polarization compression of large dynamic range laser returned signals from water surface and underwater,”J.Phys.D:Appl.Phys.Vol.35,pp.935-938,2002.
[8]X.Min,Y.Kecheng.Z.Xiaohui,“Monte Carlo simulation of backscattering signal from bubbles under water,”J.Opt.A.Pure Appl.Opt,Vol.8,pp.350-354,2006.
[9]H.Biao,L.Jifang,L.Kunlun,“Study of backward optical detection method for ship wake bubbles,”Acta.Opt.Sinica.Vol.32,pp,1-5,Jan.2012.
[10]H.Biao,L.Jifang,Z.Shaojie,“Influence of analyze angle on backscatter characteristic of optical pulse in water.”Acta Pho.Sinca.Vol.40,pp.73-77,2011.
[2]S.Shengwei,J.Xingzhou,and W.Jiangan,“The characteristic study of pulsed laser light back-scattering of simulated wake bubbles,”Journal of Optoelectronics Laser,Vol.18,pp.1508-1512,2007.
[3]M.Qingshan,C.Yalin,H.Baoan,“Study on bubble characteristics of ship far wake field,”Torpedo Technology,Vol.22,pp.311-315,2014.
[4]Z.Heyong,Z.Weijiang,R.Deming,“Improved algorithm of Mie scattering parameter based on matlab,”The Journal of Light Scattering,Vol.20.Pp.102-107.Jun.2008.
[5]M.Qingshan,C.Yalin,H.Baoan,“Numerical simulation on echo signal of optical wake detection system,”Torpedo Technology,Vol.23,pp.93-97,Apr.2015.
[6]D.X.L,Y.H.Q,TAN D,“Laser scattering of bubble in water,”SPIE,Vol.56,pp.728-733,2005.
[7]Y.Kecheng,Z.xiao,L.Yi,“Polarization compression of large dynamic range laser returned signals from water surface and underwater,”J.Phys.D:Appl.Phys.Vol.35,pp.935-938,2002.
[8]X.Min,Y.Kecheng.Z.Xiaohui,“Monte Carlo simulation of backscattering signal from bubbles under water,”J.Opt.A.Pure Appl.Opt,Vol.8,pp.350-354,2006.
[9]H.Biao,L.Jifang,L.Kunlun,“Study of backward optical detection method for ship wake bubbles,”Acta.Opt.Sinica.Vol.32,pp,1-5,Jan.2012.
[10]H.Biao,L.Jifang,Z.Shaojie,“Influence of analyze angle on backscatter characteristic of optical pulse in water.”Acta Pho.Sinca.Vol.40,pp.73-77,2011.