首页> 外文会议>International Conference on Environmental Science and Technology >AN IN-SITU MARINE POLLUTION MONITORING DEVICE, BASED ON NEW BIOSENSORS, DESIGNED FOR LONG-TERM UNSUPERVISED AUTONOMY: SYSTEM REQUIREMENTS AND DESIGN APPROACH
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AN IN-SITU MARINE POLLUTION MONITORING DEVICE, BASED ON NEW BIOSENSORS, DESIGNED FOR LONG-TERM UNSUPERVISED AUTONOMY: SYSTEM REQUIREMENTS AND DESIGN APPROACH

机译:基于新型生物传感器的原位海洋污染监测装置,专为长期无监督自主权:系统要求和设计方法

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In the context of an ongoing European Commission project (MariaBox - FP7 Grant Agreement 614088), a novel, fully autonomous device is being developed, based on the use of biosensors for the detection of selected pollutants and algal toxins in seawater. The device will be capable of long-term unattended operation and wireless data transmission under various conditions. It is being designed as a device suitable for installation on buoys or similar platforms, on ships or to be used as a portable instrument. The first step towards this development has been to collect and analyse the system requirements, in order to be able to present a first design approach
机译:在正在进行的欧盟委员会项目(MariaBox - FP7 Grant协议614088)的背景下,基于使用生物传感器来检测海水中所选污染物和藻类毒素的生物传感器,正在开发一种新颖的完全自治设备。该装置能够在各种条件下长期无人参与操作和无线数据传输。它被设计为适合于在浮标或类似平台上安装的设备,船舶或用作便携式仪器。迈向此开发的第一步是收集和分析系统要求,以便能够呈现第一种设计方法

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