| 1. | An analysis of shallow water channel using kraken normal model
简正波模型的浅海声场分析 |
| 2. | A normal mode model for ocean seismo - acoustics in shallow water
浅海地震波传播的简正波模型 |
| 3. | Normal mode fluctuation of sound propagating in random shallow water
随机浅海声传播简正波起伏 |
| 4. | Ocean front model and modal coupling
海洋锋面模型及其简正波耦合 |
| 5. | Analysis of the acoustic propagation properties under the sea with normal vibration method
用简正波方法分析声波在海水中的传播特性 |
| 6. | Normal - mode attenuation coefficients for shallow water with negative sound velocity gradient and sandy or muddy sediment bottom
质海底的负声速梯度浅海中简正波的衰减系数 |
| 7. | The normal modal wave number inversion is a potential inversion scheme in inverting the bottom parameters and work well
简正波波数反演方法具有应用于海底声学参数反演的潜力，效果良好。 |
| 8. | Firstly , the ray method and normal mode method are used to calculate the acoustic field in underwater with the source in the air
首先，用射线方法和简正波方法对空气中的声源在水下产生的声场进行了分析。 |
| 9. | A perturbative shallow water tomography scheme based on the modal wave number inversion technique is considered in this paper . and it could estimate the bottom sound speed and density
论文提出了一种基于简正波波数的扰动反演浅海声层析方法，该方法能够反演海底声速和密度。 |
| 10. | Knowing the bottom parameters , the influence of the mismatch of the bottom parameters for the inverted water sound speed and the relationship of the statistical distribution between bottom parameters errors and inverted water sound speed errors are studied using modal wave number tomography scheme
应用简正波波数层析方法，在海底参数已知的条件下，研究了海底参数失配对反演的水体声速的影响，以及海底参数误差分布与反演的水体声速误差分布的关系。 |
