搜索资源列表
for3d_1996
- 三维抛物模型,可以计算三维声场,也可以计算二维和N*2D-Numerical ocean acoustic propagation in three dimensions
Field_II_PC7
- Field II是一个模拟超声传感器声场、使用线性声学超声成像的MATLAB仿真程序。该程序使用Tupholme-Stepanishen方法计算脉冲超声声场。该程序工程能够为大量不同的超声传感器在脉冲和连续波情况下计算发射和脉冲回波声场,也可以模拟任何一种线性成像以及逼真的图像的人体组织。-Field IIis a simulated ultrasonic sensor field, the use of linear ultrasou
11
- 分析形状各异的声源声场分布及指向特性,利用瑞利积分和加法定理,计算出5种典型活 塞声源辐射声场的远场声压分布和指向性函数,分析了辐射频率和几何尺寸对指向性的影响,并采用MATLAB进行二维及三维的仿真模拟。-The emphasis of phased array focusing technique is to analyze the acoustic field characteristics of any single arr
chang-envfile
- 分别在射线理论和简正波理论下利用Bellhop和kraken模型计算声场分布,此程序可以修改所在模型中的场参数-And using respectively Bellhop kraken ray theory model in normal mode and the theoretical distribution of the sound field, this field can modify the parameters in t
Acoustic-Field-Simultaion
- 圆形探头超声声场仿真,可通过改变换能器尺寸和声场设计来计算声场的聚焦点变化,也可以改变换能器聚焦的曲率半径大小-acoustic field simulation
wavenumber
- 基于波数积分方法对水下声场的分析,计算水声传播的时域波数积分程序(Analysis of underwater acoustic field based on wavenumber integral method)
插入损失
- 该程序用于实验测量隔声罩隔声量的插入损失。计算隔声罩内部声场与外部声场的声压值(The procedure for the measurement of insertion loss by the volume of sound insulation cover. Calculate the sound pressure value of internal and external sound field)
sound_speed
- 海洋声场kraken模型数值方法计算,用于海洋声场的数值仿真。(Numerical calculation of Kraken model of ocean sound field for numerical simulation of ocean sound field.)
FDBPM_free_space
- 利用时域有限差分,计算超声探头在水中声场和声压分布(Calculation of sound field in water)
rir_generator
- 设定房间大小,并设定T60衰减系数,该软件根据声场理论,计算室内声场多途情况,还可以生成mex64文件,供MATLAB调用(The size of the room is set and the T60 attenuation coefficient is set. The software calculates the indoor acoustic field multipath according to the sound fie
程序
- 声子晶体占空比计算程序,用于计算水下环境声波入射不同占空比声子晶体的声场情况(The calculation program of the duty ratio of the phononic crystal is used to calculate the sound field of different occupying space ratio phononic crystals under the underwater envi
acoustic_ray
- 本程序基于射线声学bellhop工具包,用于计算不同环境条件下声场的传播损失。(The program is based on the bellhop toolkit of ray acoustics and is used to calculate the propagation loss of sound field under different environmental conditions.)