氯酸盐

The methods for the determination of bromate and perchlorate with ion chromatography were discussed emphatically.

重点介绍了离子色谱测定饮用水中溴酸盐和高氯酸盐的方法。

The reasons of hypochloric acid produced and its effects on the process in the production of chlorate are analyzed.

分析了在氯酸盐生产过程中次氯酸产生的原因及对工艺过程的影响。

Electricity is the main material for chlorate production.

电是生产氯酸盐的主要原料。

A new chlorate cell system with a DSA anode and an oxygen cathode was set up.

利用氧阴极与DSA阳极组装成一种新型氯酸盐电解槽。

This decrease was correlated with a modified regulation of NR expression as revealed by a higher chlorate sensitivity of these transgenic lines.

这一下降是与改良规星期日表达所显示的高氯酸盐敏感性这些转基因株系。

Experiments were conducted by using raw water from a reservoir of south China to study consumption of chlorine dioxide and formation of chlorite.

以南方某水库水为研究对象，采用二氧化氯和氯的混合液以及二氧化氯溶液进行试验，探讨了二氧化氯的静态衰减规律和副产物亚氯酸盐的生成规律。

Nit mutants could be selected from chlorate-resistant sectors on Czapek but not on minimal medium . A total of 328 stable nit mutants were selected from 3504 sectors on Czapek and used for the further study. Of these nit mutants, 58. 8% were classed as nit1, 26. 8% as nit3, 13. 8% as NitM, 0.6% as nitD unable to from each isolate were complementally paired in all possible combination.

全部3504抗氯酸盐突变体在Czapek中共鉴定出328个稳定的nit突变体，其中nit1占58.8％，nit3占26.8％，NitM占13.8％，nitD占0.6％。37个菌株中，21个（73％）获得了nit突变体，16个（26％）还没有，仅5个菌株获得了NitM突变体。

Mather's US Patent # 5,357,865 describes a method of hygroscopic particle seeding with a pyrotechnic flare containing a mixture of potassium chlorate and perchlorate.

马瑟的美国专利编号5357865介绍了一种方法，吸湿性粒子播种与烟火弹载有混合氯酸钾和高氯酸盐。

The rare-earth perchlorate complex compound with DL-α-Glycin was synthesized.

合成了一种稀土镨－DL-α-甘氨酸配合物高氯酸盐晶体。

Anodic oxidations may be carried out with alkaline solutions of nitrate s, perchlorates, fluoroborates, or fluorosilicates.

在硝酸盐、高氯酸盐、氟代硼酸盐或氟代硅酸盐的碱性溶液中通过阳极氧化作用可制备PbO2。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。