CAJ | 학술논문

深入研究大气边界层气象现象的发生、发展、消散机制，需要获取三维同步气象要素数据，而现有探测技术与手段难以提供。因此，提出利用多旋翼无人机群进行自主探测大气边界层气象要素的探测模式，并就探测模式的背景与意义、特点与优势、流程与可行性，以及需要进一步研究的相关科学问题进行了分析，认为多旋翼无人机群自主探测大气边界层气象要素的探测模式针对性、灵活性、机动性、可操作性强，并具有自主动态同步探测、自主智能追踪探测等功能。
심입연구대기변계층기상현상적발생、발전、소산궤제，수요획취삼유동보기상요소수거，이현유탐측기술여수단난이제공。인차，제출이용다선익무인궤군진행자주탐측대기변계층기상요소적탐측모식，병취탐측모식적배경여의의、특점여우세、류정여가행성，이급수요진일보연구적상관과학문제진행료분석，인위다선익무인궤군자주탐측대기변계층기상요소적탐측모식침대성、령활성、궤동성、가조작성강，병구유자주동태동보탐측、자주지능추종탐측등공능。
The three-dimensional synchronous meteorological data are demanded for further understanding the oc-currence,development and disappearance mechanism of meteorological phenomena on the atmospheric boundary layer.However,current detection technology seems powerless to this requirement.A new detection mode is proposed in this paper,which is applying the multi-rotor Unmanned Aerial Vehicles( UAVs) to autonomously detect the mete-orological elements in the atmospheric boundary layer.Furthermore,its background,significance,characteristics,ad-vantages,procedure,feasibility and some scientific problems related to this detection mode are analyzed.This detec-tion mode has the characteristics of high pertinency,flexibility,mobility and maneuverability,and the functions of autonomous dynamic synchronous detection,intelligent Auto-Tracking detection.