CAJ | 학술논문

分析了漂浮电缆受力情况，给出了平静海面下的接收信号表达式，得到了信号电压与电场强度的近似关系式。分析了海浪对漂浮电缆的影响，建立了海浪下的漂浮电缆模型，推导出水下航行器的拖带速度和线缆深度的关系，并且推导了海浪下漂浮电缆的接收信号表达式，得到了信号电压与电场强度的近似关系式，从而为水下航行器漂浮电缆收信性能的计算与应用提供了参考。
분석료표부전람수력정황，급출료평정해면하적접수신호표체식，득도료신호전압여전장강도적근사관계식。분석료해랑대표부전람적영향，건립료해랑하적표부전람모형，추도출수하항행기적타대속도화선람심도적관계，병차추도료해랑하표부전람적접수신호표체식，득도료신호전압여전장강도적근사관계식，종이위수하항행기표부전람수신성능적계산여응용제공료삼고。
First, the paper analyzes the method of submarine receiving signal in VLF in quietsea and the load-carrying capability of buoyant cable. It infers the receiving voltage under quiet sea depending on force analysis and gets the relation between signal voltage and E-field. Then, the sea wave effect to buoy-ant cable is analyzed, the model of buoyant cable under sea wave is set up, and antenna's receiving signal voltage under sea wave is inferred. The relationship between the underwater vehicle towing speed and cable depth is derived, and the relation between signal voltage and E-field is achieved, thus to provide reference for the performance of submarine receiving signal.