CAJ | 학술논문

通过气动外形、电磁兼容、数据传输、信息处理、传感器结构设计等关键技术攻关，基于彩虹三国产长航时无人机平台，集成了一套新型固定翼无人机航空磁测系统，在黑龙江省嫩江县多宝山矿区开展了1∶1万大比例尺航磁测量试验，验证了全自主飞行、高精度测控、超低空地形跟随、全天候作业等关键性能，介绍了本次试验的结果及与有人机航磁系统的应用效果对比，标志我内首次使用无人机进行面积性高精度航磁测量获得成功。
통과기동외형、전자겸용、수거전수、신식처리、전감기결구설계등관건기술공관，기우채홍삼국산장항시무인궤평태，집성료일투신형고정익무인궤항공자측계통，재흑룡강성눈강현다보산광구개전료1∶1만대비례척항자측량시험，험증료전자주비행、고정도측공、초저공지형근수、전천후작업등관건성능，개소료본차시험적결과급여유인궤항자계통적응용효과대비，표지아내수차사용무인궤진행면적성고정도항자측량획득성공。
A UAV-borne magnetic field trial survey was carried out in the Duobaoshan ore district, Heilongjiang Province, by using a novel fixed-wing UAV-borne magnetic system developed by IGGE. It is for the first time that a commercial trial survey by a UAV-borne magnetic system is reported in China. The field data quality, including dynamic magnetic noise and flight quality, accords well with the survey standard of the manned airborne magnetic survey. The advantages of UAV-borne survey, such as fully autonomous flight, pre-cisely-controlled flight quality, longer survey range, low flight clearance and all-weather operational capability, have been achieved. It will be a practical technique for the geophysical exploration.