信阳师范学院学报(自然科学版)
信暘師範學院學報(自然科學版)
신양사범학원학보(자연과학판)
JOURNAL OF XINYANG NORMAL UNIVERSITY(NATURAL SCIENCE EDITION)
2015年
1期
133-135
,共3页
探仓雷达%电磁波%探测距离
探倉雷達%電磁波%探測距離
탐창뢰체%전자파%탐측거리
ground penetrating radar%electromagnetic%detection distance
针对粮仓的特殊应用环境,从雷达探测品质因子出发,根据粮仓仓底散射截面特性,结合粮食介质的衰减因子,推导出雷达最大探测深度计算公式,并对影响探测深度的因素进行了仿真分析畅依据本文的计算方法选取合适的雷达系统和发射频率进行了探仓实验,准确地探测了储粮深度。
針對糧倉的特殊應用環境,從雷達探測品質因子齣髮,根據糧倉倉底散射截麵特性,結閤糧食介質的衰減因子,推導齣雷達最大探測深度計算公式,併對影響探測深度的因素進行瞭倣真分析暢依據本文的計算方法選取閤適的雷達繫統和髮射頻率進行瞭探倉實驗,準確地探測瞭儲糧深度。
침대량창적특수응용배경,종뢰체탐측품질인자출발,근거량창창저산사절면특성,결합양식개질적쇠감인자,추도출뢰체최대탐측심도계산공식,병대영향탐측심도적인소진행료방진분석창의거본문적계산방법선취합괄적뢰체계통화발사빈솔진행료탐창실험,준학지탐측료저량심도。
According to the special application environment of granary ,from the radar detection quality factor and the scattering cross-sectional characteristic of granary ’ s bottom and combined with attenuation factors of grain medium , the calculation formula of radar ’ s maximum investigation depth was deduced and a simulated analysis on factors which influence the investigation depth was made .Finally,the appropriate radar system and radiation frequency in accordance with the calculation method in this paper were selected to conduct the experiment of granary detection and detect the granary ’ s depth accurately .