2022 Vol.5 Jun.No2

• Title: Numerical simulation of laser seawater bubble screen polarization
• Name: Black Tom
• Company: PrestonUniversity,USA
• Abstract:

  The conventional numerical simulation of seawater bubble screen polarization has the disadvantage of low simulation accuracy under the condition of simulated laser. Therefore, the numerical simulation of seawater bubble screen polarization is proposed. Monte Carlo processing technology is introduced to determine the boundary conditions of the numerical value of seawater bubble screen polarization, and the Monte Carlo model is constructed. Based on the pretreatment of the numerical value of seawater bubble screen polarization, Marius law is realized The numerical simulation of the polarization of laser seawater bubble curtain is completed. The experimental data show that the simulation accuracy of the proposed numerical simulation method is 37.14% higher than that of the conventional simulation method, which is suitable for the numerical simulation of the polarization of the seawater bubble curtain under the laser.

  
  

• Keyword: laser; seawater bubble curtain; polarization; numerical simulation
• DOI: 10.12250/jpciams2022090114
• Citation form: Black Tom.Numerical simulation of laser seawater bubble screen polarization [J]. Computer Informatization and Mechanical System,2022,Vol.5,pp.71-73

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