监测

An information fusion system of water environment monitor using expert system and blackboard theory is proposed,and simul.

探讨和分析了信息融合技术应用于水环境监测的特点，提出了一种运用黑板理论，专家系统的水质监测信息融合系统模型。

It is consisted of a master station, which is a computer with intelligent CAN-bus interface unit, and a slave station, which is a monitor module for battery parameter measure.

本系统是一种新型在线监测系统，它由带CAN通讯适配卡的主站和用于蓄电池参数测量的从站—监测模块组成。

Automatic monitoring system for wastewater is composed of on-line monitoring slave station, data analysis and technology supervision terminal, monitoring management and data processing center.

项目简介：水污染源自动监测系统由在线监测子站、数据分析及技术监管终端和监控管理和数据处理中心组成。

Use source of ionization of sparge of mass spectra report ionic mode sample ionization, much reaction is monitored scanning means that monitor is right.

采用质谱电喷雾电离源正离子模式将样品离子化，多反应监测扫描方式监测目标离子对。

50 cases of aged patients with hypertension were selected and surveyed by self-designed questionnaire on self-monitoring of blood pressure (use self-prepared sphygmomanometer).

方法采用自制调查表对 5 0例住院的老年高血压患者自我监测血压情况进行调查，根据存在的问题进行针对性教育，教会患者正确使用血压计，如何监测血压。

To solve the above problems, the monitoring information must be utilized fully, and the model relations between monitoring information and quality factors must be studied in detail, so that the models can supply accurate and reliable spot weld quality information within wide conditions.

为了解决这些问题，就需要充分利用监测信息，详细研究监测信息与质量参数之间的模型关系，使模型能够在较宽的条件内提供准确、可靠的点焊质量信息。

Test results show as follows: Even if the production condition is very poor, the system can monitor welding quality accurately, and supply quality class reasonably, which become a base of spot weld quality direct control and intelligent control.

验证结果表明：即使在恶劣的生产条件下，该监测系统也能准确地监测点焊质量，确定出合理的质量等级，为实现真正的点焊质量直接监控以及点焊质量监控智能化，奠定了必要的基础。

Secondly,this dissertation apply statistical pattern analysis for strain data of arch feet, tension data of cable,flexibility data of straining beam and establish their temperature pattern,wind velocity pattern and time pattern,year pattern is established for strain data of arch feet.

其次，对拱脚应变、吊杆和预应力索拉力、系梁挠度等监测数据采用统计模式分析方法，建立起各监测数据的温度模式、风速模式、时间模式，其中对拱脚应变还建立了时间年模式。

Shule River project area is located in northwest China\'s Gansu province,Hexi Corridor,which is the largest agricultural crop production base of Gansu province and typically arid and semi-arid areas. There are characteristics such as scarce rainfall,the temporal and spatial distribution inequality,strong evaporation,fragile ecological environment,the limited quantity of surface water. Agriculture,the people\'s living and ecological environment are significantly dependent on the groundwater. Based on the collection and processing of regional hydrological and geological data and the groundwater monitoring data,using the numerical simulation,geostatistics theory and multi-objective evolutionary algorithm,this paper studied the monitoring and evaluation of groundwater resources from the three aspects: groundwater numerical simulation and prediction,groundwater spatial variability and distribution and optimization modeling and sloving of groundwater monitoring network. The main work and research lies:(1) Using Yumen-Tashi basin,Anxi-Dunhuang basin and Huahai basin as study area,this paper used modflow model to simulate groundwater flow of three areas.

本文在收集和整理项目区水文地质数据以及地下水监测数据的基础上，基于数值模拟、地统计学理论及多目标进化算法，从地下水数值模拟与预测、地下水空间变异与分布特征分析以及地下水监测网优化建模与求解三个方面展开了对项目区地下水资源监测与评价的研究，主要研究工作如下：(1)以项目区内的玉门-踏实盆地、安西-敦煌盆地和花海盆地为研究区域，在《河西走廊项目中期计划调整报告》规划条件下，基于modflow模型对地下水水流进行数值模拟，计算并生成了三个区域2007-2030年地下水埋深预测数据以及等值图。

It summarizer the environmental monitoring activities carride out byin the USSR and some other countries after the accident .

本文介绍了苏联切尔诺贝利核电站事故的放射性核素释放和地面沉降特点，简述了事故后苏联和其他国家的环境监测活动并讨论了γ能谱技术在环境放射性监测中的重要性。

I can not make it blossom and suits me

我不能让树为我开花

When temperatures are above approximately 80 °C discolouration of the raceways or rolling elements is a frequent feature.

当温度高于 80 °C 左右时，滚道或滚动元件褪色是很常见的特征。