CAJ | 학술논문

为了进一步改进海底光缆磁探测技术，研究了海底光缆和船锚的主要结构，建立了船锚钩挂海底光缆的数学模型，并利用 MATLAB软件仿真了钩挂点周围的磁场特性，计算出不同探测距离上的最大磁感应强度，为提高海底光缆探测效率提供理论依据。
위료진일보개진해저광람자탐측기술，연구료해저광람화선묘적주요결구，건립료선묘구괘해저광람적수학모형，병이용 MATLAB연건방진료구괘점주위적자장특성，계산출불동탐측거리상적최대자감응강도，위제고해저광람탐측효솔제공이론의거。
In order to improve the magnetic detection technology for submarine optical fiber cables,this paper first analyzes the main structure of submarine cables and anchors and establishes a mathematical model of anchor hooked submarine cable.Then, it simulates the features of the magnetic field around the hooking point by using MATLAB,calculates the maximum magnetic induction intensity in different detection ranges and provides a theoretical basis for improving the efficiency in submarine cable detection.