CAJ | 학술논문

天气雷达的RHI扫描方式能够直观地提供云雨回波垂直结构的详细信息,因而该扫描方式在实际业务工作中,常常被用于人工影响天气的指挥作业.传统RHI方式需采用人工定位的手工操作方式,且只能获取指定方位空间的有限信息,这些都制约了新一代天气雷达全空域自动监测败能的有效发挥.在现有自动连续的体扫工作模式下,所开发的算法利用有限仰角层数据实现了自动组合"RHI"的功能,以增强基于现有新一代天气雷达业务扫描方式的业务产品功能.
천기뢰체적RHI소묘방식능구직관지제공운우회파수직결구적상세신식,인이해소묘방식재실제업무공작중,상상피용우인공영향천기적지휘작업.전통RHI방식수채용인공정위적수공조작방식,차지능획취지정방위공간적유한신식,저사도제약료신일대천기뢰체전공역자동감측패능적유효발휘.재현유자동련속적체소공작모식하,소개발적산법이용유한앙각층수거실현료자동조합"RHI"적공능,이증강기우현유신일대천기뢰체업무소묘방식적업무산품공능.
RHI scan mode is widely used in weather modification field because it can provide more detailed vertical structures of cloud and rain echoes.The traditional RHI mode needs so many manual operations to select its cross-section orientations one by one,and the information obtained is very limited.Therefore,CINRAD automatic detection functions are limited by these disadvantages.The developed algorithm introduces how the combined RHI products are auto-implemented based on current volume scan mode,to enhance the CINRAD operational functions.