通过与传统水质测量方法的比较，说明了该系统的优越性及应用价值。
Compared with traditional ways of water quality detection, explains the superiority and application value of this system.
Aquatest将在下年年初发布，所以WQRepoter现在在东部的四个地区和Capeof South Africa北部的一个旧有的水质测量系统中试运行。
Aquatest will be launched at the beginning of next year, so WQReporter is currently being piloted with an older water test in four regions in the eastern and northen Cape of South Africa.
浮标所携带的传感器组可以测量35种以上的参数，从风力到水的化学成分(对于预测和报告天气非常重要)、海洋状况和水质。
The buoys carry sensor arrays that measure over 35 different parameters, from wind to water chemistry, that are vital for reporting and predicting weather, sea conditions, and water quality.
研究表明，水质43.7%的化学需氧量(测量水质有机化合物的主要指标)、67%的含磷量和57%含氮量应归咎于农业。
According to the study agriculture is responsible for 43.7% of the nation's chemical oxygen demand (the main measure of organic compounds in water) 67% of phosphorus and 57% of nitrogen discharges.
研究表明，水质43.7%的国家化学需氧量(测量水质有机化合物的主要指标)、67%的含磷量和57%含氮量应归咎于农业。
According to the study, agriculture is responsible for 43.7% of the nation's chemical oxygen demand (the main measure of organic compounds in water), 67% of phosphorus and 57% of nitrogen discharges.
加强青少年探险者们在测量该领域海水的温差、含盐量和海水质量及沉淀物方面获取实际的学识。
Enhance Young Explorers to acquire practical learning, in the field of measuring temperature differences, salinity and quality of the water and sediments in this region.
采用EDTA滴定法测定水质总硬度的测量不确定度评定。
Uncertain degree is evaluated to adopt EDTA titrimetric law to measure total hardness of water quality.
便携式手持溶解氧仪设计提供了最重要的水质参数的测量。
Portable hand-held dissolved oxygen meter designed to provide measurements for the most critical water quality parameter.
介绍了一种基于紫外全波段扫描的水质化学需氧量(COD)测量技术以及运用该技术设计开发的在线COD测量仪器。
A method based on all band ultraviolet scanning for measuring water chemical oxygen demand (COD) was introduced, and the method was applied to develop an on-line COD measuring instrument.
实际测量结果表明该水质分析仪操作简便，适合于连续在线水质分析和成批量水样检测。
Real measurements indicate that this instrument is of easy use and is suitable for continuous online water analysis and batch mode check.
对GB 11892- 1989《水质高锰酸盐指数的测定》中酸性高锰酸钾氧化法测定水中高锰酸盐指数的测量不确定度进行了评定。
The uncertainty of measurement was evaluated for the determination of permanganate index of water by the method of GB 11892-1989, the acidic potassium permanganate method.
前言： 针对TOC的“ 燃烧氧化-红外线分析”测定方法，重点介绍了日本岛津公司生产的TOC-4100型总有机碳测量仪的工作原理、性能特点及其在水质监测中的应用。
The measuring principle and property of the total organic carbon survey meter of shimadzu TOC-4100 and its application to water quality monitoring were introduced.
比如不能在线实时监测一些水质参数，不过我们可以应用软测量技术来完善这一问题。
For instance, we are unable to monitor certain parameters of water quality while carry out the experiment. However, we could apply soft sensing technique to overcome this problem.
论文针对建立污水处理过程控制参数及水质参数的软测量模型进行了研究，为进一步实现污水处理过程的自动控制和参数在线检测创造条件。
This paper carries out a study on soft sensors model of wastewater treatment process control parameters and water variables, which enables further control and parameters 'on-line monitoring.
生产安全部环境监测站曾采用重量法测量，但由于方法的局限，不能全面分析水质中油的各组份含量。
Gravimetric method ever used by environment detection station could not analyze the oil contents completely because of limited methods.
强调提高水质质量，应首先从提高测量的基准开始，并就提高测量的准确度提出建议。
In order to perfect the quality of drinking water, we need to improve the measuring standard firstly. The author also put forward Suggestions to improve the accuracy of water measurement.
紫外分光光度法测定水质COD是利用有机物吸收紫外线的特征来测量水中的有机物浓度。
The determination of COD in water by ultraviolet spectrophotometry is to measure the concentration of organic substance based on the feature that organic substance could absorb ultraviolet.
目前，水质监测系统除了测量准确度和实时性更高以外，数据的通讯和存储也非常重要。
Nowadays these systems are characteristic of good data communication and store besides high precision and real-time quality.
我们的系统测量水质、流量和其它传感器的数据，和控制增氧装置、泵、警报器和通讯设备。
The control unit, its power supply, and communication devices are housed in an enclosure. Data is transmitted to the central computer for analysis.
我们的系统测量水质、流量和其它传感器的数据，和控制增氧装置、泵、警报器和通讯设备。
The control unit, its power supply, and communication devices are housed in an enclosure. Data is transmitted to the central computer for analysis.
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