1) Emergency monitoring vehicles of DMT5089TJC
DMT5089TJC型应急监测车
2) mobile weather station
应急监测车
1.
A detailed analysis is made of a prefecture-level monitoring system of meteorological emergency service,taking the Liaocheng(Shandong Province) mobile weather station as an example,in three aspects: equipment selecting and matching,communication networking and video conferences,and construction of forecasting service platform.
以聊城市气象应急监测车建设过程为例,详细分析了作为地市级气象应急监测车在监测设备选配、通信组网及视频无线传输系统、预报服务平台组建3个方面的实现过程,同时介绍了气象应急监测系统在突发气象灾害灾情迅速捕获和空中水资源开发效益评估中的应用,为全国地市级气象局建设气象应急监测提供经验。
3) emergency monitoring
应急监测
1.
Emergency Monitoring for Paroxysmal Cyanide Leakage Pollution Accident;
氰化物突发性泄漏污染事故的应急监测
2.
To Select the Method of Emergency Monitoring of Chlorine to 3.29 Leakiness Accident and to Evaluate the Effect of Result;
3·29京沪高速液氯泄漏事故应急监测方法选择和效果评述
4) emergency monitor
应急监测
1.
Determination of N-methyl piperazine in water by direct injection GC-the emergency monitor analytic method;
气相色谱直接进样法测定水中的N-甲基哌嗪-应急监测分析方法
2.
We discuss the method of emergency monitoring in pollution accident which happened in water,air,and soil by using GC-MS,on account of emergency pollution accident happened increasedly and the appropriate analysis method hav't been provided.
鉴于国内突发污染事故的不断增多而相应监测方法尚未完善的当前状况,为充分发挥气相色谱-质谱联用在定性、定量中的优势,在讨论气相色谱-质谱联用在水体、大气、土壤三类有机污染事故中的应急监测方法,并针对不同的污染物情况提出了相关的前处理方法、条件程序。
3.
The pollution accident emergency monitor becomes the monitor form day by day which all levels of environmental monitoring department frequently faces.
随着中国经济的高速发展,各类企业特别是化工企业大量增加,这使得环境污染事故频频发生,污染事故应急监测日益成为各级环境监测部门经常面对的监测形式。
5) Nuclear Emergency Monitoring
核应急监测
6) environmental emergency monitoring
环境应急监测
1.
This paper analyzes some problems existing in Shanxi\'s environmental emergency monitoring of the natural background, present environmental pollution, technical equipment, and personnel quality, etc.
剖析了山西省环境应急监测在自然背景、环境污染现状、技术装备、人员素质等方面存在的问题,提出了强化环境应急监测的对策建议。
补充资料:DMT
分子式 C10H10O4
分子量 194.18
CAS:120-61-6
性质 无色或白色斜方晶系结晶体。熔点14l-141.8℃。沸点:288℃,闪点:154℃,燃点520℃。蒸汽压18mbar(150℃)。密度1.084(150℃)。粘度0.71mPas(180℃)。分解温度>400℃。加热至300℃以上升华。几乎不溶于水0.036 g/l (20℃),溶于乙醚和热的乙醇。爆炸极限:上限11.60%,下限0.60vol%。
应用 主要作为聚合单体用于生产聚对苯二甲酸二甲酯树脂(PET),进一步加工可用于生产纤维(即涤纶纤维)、薄膜、塑料。另外,还可用于生产绝缘漆和粘合剂。作为化学试剂,主要用作气相色谱固定液(最高使用温度100℃,溶剂为氯仿、丙酮)。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条