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首页> 外文会议>International Symposium on LAPAN-IPB Satellite for Food Security and Environmental Monitoring >Application of rain scanner SANTANU and transportable weather radar in analyze of Mesoscale Convective System (MCS) events over Bandung, West Java
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Application of rain scanner SANTANU and transportable weather radar in analyze of Mesoscale Convective System (MCS) events over Bandung, West Java

机译：雨扫描仪Santanu和可运输气象雷达在山东省万通媒介学对流系统（MCS）事件分析中的应用

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摘要

Simultaneous observation of transportable weather radar LAPAN-GMR25SP and rain-scanner SANTANU were conducted in Bandung and vicinity. The objective is to observe and analyse the weather condition in this area during rainy and transition season from March until April 2017. From the observation result reported some heavy rainfall with hail and strong winds occurred on March 17th and April 19th 2017. This events were lasted within 1 to 2 hours damaged some properties and trees in Bandung. Mesoscale convective system (MCS) are assumed to be the cause of this heavy rainfall. From two radar data analysis showed a more local convective activity in around 11.00 until 13.00 LT. This local convective activity are showed from the SANTANU observation supported by the VSECT and CMAX of the Transportable radar data that signify the convective activity within those area. MCS activity were observed one hour after that. This event are confirm by the classification of convective-stratiform echoes from radar data and also from the high convective index from T_(bb) Himawari 8 satellite data. The different MCS activity from this two case study is that April 19 have much more MCS activity than in March 17, 2017.
机译：同时观察可运输天气雷达拉帕-MGR25SP和Rain-Scanner Santanu在万隆和附近进行。目的是在2017年3月至4月到2017年4月期间观察和分析这一领域的天气状况。从观察结果报告，2017年3月17日和4月19日持续存在冰雹和强风的一些大雨。此活动持续了在1到2小时内损坏了万隆中的一些物业和树木。 Messcale对流系统（MCS）被认为是这种大雨的原因。从两个雷达数据分析显示出左右11.00左右的局部对流活动。这种本地对流活动显示由VSECT和CMAX支持的Santanu观察，其可传输雷达数据表示在这些区域内的对流活动。在此之后一小时观察到MCS活动。该事件通过雷达数据的对流层旋转的分类和来自T_（BB）Himawari 8卫星数据的高对流指数进行确认。这两个案例研究的不同MCS活动是4月19日的MCS活动比2017年3月17日更多。

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