1) chlorine residual
余氯浓度
1.
The characteristic of chlorine residual variations in water distribution networks was considered as a combination of decaying in the bulk liquid in the two aspects, which combine the both two aspects, the chlorine residual in water distribution network was modeled dynamically, using an eventdriven modeling framework and an eventoperation algorithm.
考虑余氯在水体中衰减和与管壁发生反应两个消耗输配水管网中余氯的主要途径,依据这两个途径组合下的余氯浓度衰减模型,利用事件驱动模拟机制及事件调度算法,实现对输配水管网中余氯浓度变化的动态模拟。
2) Residual chlorine
余氯
1.
Numerical prediction for transport and diffusion of residual chlorine in cooling water drainage of the power plant;
电厂温排水中余氯浓度预测
2.
Determination of the residual chlorine in water supply by thiourea decolored UV-spectrophotometry;
硫脲紫外退色分光光度法测水中余氯
3.
The study of the determination method of residual chlorine in water with bromothymol blue spectrophotometry;
溴百里酚蓝测定水中余氯的方法研究
3) free chloride
游离余氯
1.
The isothermal sorption kinetics of porous chitosan membranes for free chloride in(water) was investigated.
用红外光谱测试技术对其结构进行了表征,并研究了多孔膜对水中游离余氯的吸附性能。
4) total chlorine
总余氯
1.
Rapid determination method study of total chlorine in hospital wastewater;
医院排放污水总余氯现场快速测定方法研究
2.
Instant detection of total chlorine in water with rapid testing tube method;
快速测试管法现场测定水中总余氯
5) residual chlorine
残余氯
1.
The auther has further analyzed the residual chlorine involved in the plasma-enhanced chemi-cal vapor deposited (PECVD) TiN film and the effect of ion bombardment in the plasma field on the chlo-rine distribution according to PECVD TiN processing characteristics.
通过分析等离子体增强化学气相沉积(PECVD)的特点,对残余氯的存在机制、等离子体场中离子轰击对氯在TiN膜内分布的影响作了进一步的讨论。
6) determine the total residual chlorine
余氯测定
1.
Objective\ Search after making use of a new indicator to determine the total residual chlorines of foul water in hospital.
目的 探讨医院污水总余氯测定新指示剂的使用。
参考词条
补充资料：最低氯离子浓度试验
分子式：
CAS号：
性质：评价金属和合金耐孔蚀性能的一种试验方法。由于在一定的浓度范围内，氯离子浓度愈高，孔蚀电位愈负。因此可以根据这一关系测量在非侵蚀性阴离子溶液中发生孔蚀所需的最低氯离子浓度，以判断孔蚀的敏感性。常在0.5mol/LH2SO4中加入不同浓度的氯离子，经过一定周期的浸泡试验后，观察试件表面，以试件不产生孔蚀所对应的氯离子浓度为最低氯离子浓度。低于该浓度试件则不产生孔蚀。
CAS号：
性质：评价金属和合金耐孔蚀性能的一种试验方法。由于在一定的浓度范围内，氯离子浓度愈高，孔蚀电位愈负。因此可以根据这一关系测量在非侵蚀性阴离子溶液中发生孔蚀所需的最低氯离子浓度，以判断孔蚀的敏感性。常在0.5mol/LH2SO4中加入不同浓度的氯离子，经过一定周期的浸泡试验后，观察试件表面，以试件不产生孔蚀所对应的氯离子浓度为最低氯离子浓度。低于该浓度试件则不产生孔蚀。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。