128 results on '"Kan, Guangming"'
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2. Data processing of the Kuiyang-ST2000 deep-towed high-resolution multichannel seismic system and application to South China Sea data
3. Model and prediction relationship of sound velocity and porosity of seafloor sediments
4. Application of a parametric array over a mid-frequency band (4–10 kHz) –measurements of bottom backscattering strength
5. Prediction of the shear wave speed of seafloor sediments in the northern South China Sea based on an XGBoost algorithm
6. Shear Wave Speed Dispersion Characteristics of Seafloor Sediments in the Northern South China Sea
7. Development of a high-resolution deep-towed multi-channel seismic exploration system: Kuiyang ST2000
8. Inversion of bottom parameters using a backscattering model based on the effective density fluid approximation
9. High frequency dependence of sound speed and attenuation in coral sand sediments
10. Prediction Model of the Sound Speed of Seafloor Sediments on the Continental Shelf of the East China Sea Based on Empirical Equations
11. Analysis of the variation of in situ seafloor sediments acoustic characteristics with porosity based EDFM
12. Influence of Environmental Conditions on the Sound Velocity Ratio of Seafloor Surficial Sediment
13. Empirical Equations of P-Wave Velocity in the Shallow and Semi-Deep Sea Sediments from the South China Sea
14. Relationships between the sound speed ratio and physical properties of surface sediments in the South Yellow Sea
15. In situ acoustic properties of fine-grained sediments on the northern continental slope of the South China Sea
16. Seafloor Sediment Acoustic Properties on the Continental Slope in the Northwestern South China Sea.
17. Inversion of Sub-Bottom Profile Based on the Sediment Acoustic Empirical Relationship in the Northern South China Sea.
18. Comparison of acoustic backscattering from a sand and a mud bottom in the South Yellow Sea of China
19. Characteristics of source wavelets generated by two sparkers
20. Sea-surface acoustic backscattering measurement at 6–25 kHz in the Yellow Sea
21. Prediction Model of the Sound Speed of Seafloor Sediments on the Continental Shelf of the East China Sea Based on Empirical Equations.
22. Physical properties and in situ geoacoustic properties of seafloor surface sediments in the East China Sea
23. Frequency dependence of sound speed and attenuation in fine-grained sediments from 25 to 250 kHz based on a probe method
24. Acoustic backscattering measurement from sandy seafloor at 6–24 kHz in the South Yellow Sea
25. Design and application of a system for measuring acoustic scattering characteristics of marine interfaces at mid-frequency
26. An Inversion Method for Geoacoustic Parameters in Shallow Water Based on Bottom Reflection Signals.
27. Predicting the sound speed of seafloor sediments in the Middle area of the Southern Yellow Sea based on a BP neural network model.
28. Predicting the Sound Speed of Seafloor Sediments in the East China Sea Based on an XGBoost Algorithm
29. High-Frequency Dependence of Acoustic Properties of Three Typical Sediments in the South China Sea
30. A backscattering model for a stratified seafloor
31. Predicting the sound speed of seafloor sediments in the Middle area of the Southern Yellow Sea based on a BP neural network model
32. The sound velocity and bulk properties of sediments in the Bohai Sea and the Yellow Sea of China
33. Experimental study of roughness spectrum of sandy seafloor with an underwater laser 3D scanning system.
34. Sound velocity and related properties of seafloor sediments in the Bering Sea and Chukchi Sea
35. Experimental study of roughness spectrum of sandy seafloor with an underwater laser 3D scanning system
36. Backscattering Characteristics over a Wide Band of a Sand Bottom in the South Yellow Sea of China
37. Backscattering Characteristics over a Wide Band of a Sand Bottom in the South Yellow Sea of China
38. Acoustic backscattering measurement from sandy seafloor at 6–24 kHz in the South Yellow Sea
39. Measurements of Midfrequency Acoustic Backscattering From a Sandy Bottom in the South Yellow Sea of China
40. Characteristics of shear waves in shallow seafloor sediment in the Middle Southern Yellow Sea
41. Joint elastic-electrical properties of sediments in the Yellow Sea
42. Inversion of bottom parameters using a backscattering model based on the effective density fluid approximation
43. Characteristics of shear waves in shallow seafloor sediment in the Middle Southern Yellow Sea.
44. Remote Sensing of Bottom Parameters Based on Acoustic Backscattering Characteristics
45. Shear Wave Speed of Shallow Seafloor Sediments in the Northern South China Sea and Their Correlations With Physical Parameters
46. Remote Sensing of Bottom Parameters Based on Acoustic Backscattering Characteristics
47. Study on sound-speed dispersion in a sandy sediment at frequency ranges of 0.5–3 kHz and 90–170 kHz
48. Research on the sediment acoustic properties based on a water coupled laboratory measurement system
49. A Method for Calculating Bottom Backscattering Strength Using Omnidirectional Projector and Omnidirectional Hydrophone
50. Correction for effects of temperature and pressure on sound speed in shallow seafloor sediments
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