从系统分析，有机污染物的分析，金属类的分析，多组份污染物的分析及底质分析等几方面，概述了气相色谱在我国水质监测中的应用。
In the aspects of systematic, organic pollutants, metallic pollutants, component and substratum analyses, to describe application of gas chromatography to water quality monitoring in China.
本研究对青海湖底栖动植物的种类及数量进行了调查和分析，并对湖泊底质条件以及底栖生物的生产力进行了评估。
In our research, we have investigated and analysed the types and amount of benthos in Qinghai lake, and evaluated the lake bottom condition and benthos' productivity.
以底栖动物作为底层水环境和底泥环境长期影响的指标，利用生物指数和种群结构的变化对底质进行评价和分析。
The ground base was evaluated and analysed by using biological index and variation of population of benthon which are effected by bottom water and mud environment.
分析结果与地质采样结果及海图均吻合，说明本文提出的方法应用于窄带脉冲信号的海底底质分类是适用的。
The result is accord with geological sample and sediment chart, so this method can be applied on sediment classification of narrow-band pulse echo sound signal.
介绍了星云湖底质调查工作概况，统计和讨论了结果，并分析了关联度。
This article introduces the general investigation information about Xin Yun lake bottom material, makes a statistics and analysis of the results, and analyzes the correlation.
大连港及其附近海域底质表层样品铅含量分析表明，底质中铅含量较高，污染严重。
The lead concentration of surface sediment samples collected from the Dalian Bay and the adjacent sea area have been examined.
对海底声学底质分类技术的研究现状进行了分析。
Seabed acoustic classification technology is a hot research branch.
通过分析转向过程中采矿车与海底底质的作用力关系，建立了采矿车在海底斜坡转向的运动学模型，设计了以最优控制器为核心的转向控制系统。
Secondly, the mining vehicle's kinematic model is deduced as driving on the slope. Finally, the optimal steering controller is designed as a key determinant of the turning control system.
BlOENV分析表明，水深、底层水温及底质类型是影响海洋底边界层动物种类组成与丰皮的重妥因数。
The BIO-ENV analysis revealed that water depth, bottom temperature and sediment type are all the important environmental factors influencing upon the species and abundance of BBL fauna.
BlOENV分析表明，水深、底层水温及底质类型是影响海洋底边界层动物种类组成与丰皮的重妥因数。
The BIO-ENV analysis revealed that water depth, bottom temperature and sediment type are all the important environmental factors influencing upon the species and abundance of BBL fauna.
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