亚铁氰化物

In conclusion, transport and metabolism of ferrocyanide in plants is most likely to happen and phytoremediation of this iron cyanide complex in field application may be possible.

因此认为：依据亚铁氰化物在水溶液→植物→空气系统内的迁移和转化，亚铁氰化物的植物修复是可能的。

Phytotoxic efects were not found in all treatment groups,even at high doses of ferrocyanide within a 192-h exposure period.in conclusion,transport and metabolism of ferrocyanide in plants is most likely to happen and phytoremediation of this iron cyanide complex in field application may be possible.

因此认为：依据亚铁氰化物在水溶液→植物→空气系统内的迁移和转化，亚铁氰化物的植物修复是可能的。

Cyanide in water, in tissues of aerial part of plants and in air was analyzed spectrophotometrically. Results from this study indicated less than 10.85% reduction of the applied iron cyanide complex was detected in hydroponic solution in the presence of plants. Little amounts of cyanide were found in all parts of plant tissues, indicating the passage of ferrocyanide through the plants.

结果表明：(1)低浓度实验组52.99mg CN L^(-1水溶液中10.85%的亚铁氰化物被植物吸收，随着浓度的升高吸收到植物体内的亚铁氰化物的比例依次递减，但是统训学分析显示各实验组单位体重的植物吸收亚铁氰化物的量无显著性差异；(2)在植物的各个部位都能检测到微量的亚铁氰化物，表明亚铁氰化物通过植物的蒸腾作用在植物体内的迁移。

Little amounts of cyanide were found in all parts of plant tissues, indicating the passage of ferrocyanide through the plants.Mass balance studies showed that iron cyanide complex moving into plants from hydroponic solution can be metabolized during transport.

由于没有检测到在气态下的总氰化物，表明植物的蒸腾作用没有将亚铁氰化物释放到大气中；(3)尽管植物吸收到体内的亚铁氰化物足有限的，但物质平衡实验表明其在植物体内迁移的过程中超过96％的郜能被植物有效转化；(4)所用的4种亚铁氰化物浓度在192 h内没有对柳树产生毒性作用。

Mass balance studies showed that iron cyanide complex moving into plants from hydroponic solution can be metabolized during transport. Phytotoxic effects were not found in all treatment groups, even at high doses of ferrocyanide within a 192-h exposure period.

由于没有检测到在气态下的总氰化物，表明植物的蒸腾作用没有将亚铁氰化物释放到大气中；(3)尽管植物吸收到体内的亚铁氰化物是有限的，但物质平衡实验证明其在植物体内迁移的过程中超过96％的都能被植物有效转化；(4)所用的4种亚铁氰化物浓度在192 h内没有对柳树产生毒性作用。

Hydrocyanic acid; cyanides, other than ferrocyanides and ferricyanides

氢氰酸；亚铁氰化物及铁氰化物外之氰化物类PP-S1，S2

Salt of ferrocyanic acid usually obtained by a reaction of a cyanide with iron ''.

氰亚铁酸形成的盐，通常由氰化物和硫酸铁反应形成。

Salt of ferrocyanic acid usually obtained by a reaction of a cyanide with iron sulphate.

氰亚铁酸形成的盐，通常由氰化物和硫酸铁反应形成。

Acid usually obtained by a reaction of a cyanide with iron sulphate.

氰亚铁酸形成的盐，通常由氰化物和硫酸铁反应形成。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。