文章详细信息 关键词: 阴离子交换树脂;;Zn(CN)42-;;氰离子;;硫酸;;解析 [gap=475]Keywords: Anion exchange resin;Zn(CN)2-4;Cyanide ion;Sulfuric acid;Elution
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now we're dealing with a lot of different atoms in the molecule, much more complicated than the initial case of the cyanide ion where we only had two.
现在我们要面对的分子中有很多不同的原子,比我们一开始只有两个,原子的氰离子复杂多了。
In the present paper the working principles of two cyanide ion electrodes and some possible reactions interfered with the behavior of the electrode listed and discussed.
讨论了两类氰离子电极的工作原理,列举了可能的干扰反应,并在此基础上探讨了硫、砷离子对工作电极的影响。
In order to improve the monitoring accuracy of cyanide concentration with the cyanide ion electrode the influences of above mentioned factors were identified and discussed.
目的是查明其对氰离子电极响应的干扰程度,提高测量精度。
now we're dealing with a lot of different atoms in the molecule, much more complicated than the initial case of the cyanide ion where we only had two.
现在我们要面对的分子中有很多不同的原子,比我们一开始只有两个,原子的氰离子复杂多了。
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