Oceanographic biooptical profiling system.
Oceanographic biooptical profiling system.
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DOI：
10.1364/ao.23.002791
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发表时间：
1984-08
期刊：
影响因子：
1.9
通讯作者：
R. Smith;C. Booth;J. Star
中科院分区：
文献类型：
--
作者：
R. Smith;C. Booth;J. Star
一种新的海洋仪器，测量水下光学，生物和物理特性已被设计，建造，并在海上广泛使用。新的仪器系统是一个重大的进步，允许使用船舶，飞机和卫星光学传感器进行海洋研究的最佳采样策略。生物光学剖面分析系统的设计标准包括：迅速获取数据，以适应船上的天气取样;测量必要的参数，以便为遥感器提供适当的同期表面数据;数据获取系统与海洋学船队上的常规电导率、温度、深度型电缆和绞车兼容;实时显示数据的能力，沿着快速的海上初步数据处理。该剖面测量系统的主要仪器是一种新型的微机控制多波长光谱辐射计。的仪器和数据的例子的描述。
A new oceanographic instrument to measure underwater optical, biological, and physical properties has been designed, built, and used extensively at sea. The new instrument system is a significant advance that permits optimum sampling strategies using ship, aircraft, and satellite optical sensors for ocean research. The design criteria for the biooptical profiling system included the rapid acquisition of data to accommodate shipboard synoptic sampling; the measurement of the necessary parameters for providing appropriate contemporaneous surface data for remote sensors; the compatibility of the data acquisition system with conventional conductivity temperature depth-type cables and winches on the oceanographic fleet; the capability of real-time display of data along with rapid preliminary data reduction at sea. The primary instrument package in this profiling system is a new microprocessor controlled multiwavelength spectroradiometer. A description of the instrument and examples of data are presented.