结果表明，由于所用接种污泥、废物成分、试验条件和方法各不相同，氨抑制效应也各异。
Due to the difference in anaerobic inoculation, waste composition, and experimental methods and conditions which have been used, the ammonia inhibition efficiency are different as well.
电子废弃物种类繁多、成分复杂，含有多种有毒、有害物质，已成为固体废物中最大的重金属污染源。
Electronic waste contains different kinds, components and poisonous substances; it has become the largest pollution source of heavy metal in the solid waste.
应用实验的方法，研究了固体废物在地表淋滤条件下其淋滤液的成分变化特征，分析其变化的规律以及对地下环境的污染机理。
The characteristics of leaches of solid wastes from the earth surface, the law of leaches change and pollution mechanism on underground environment are studied by means of experiments.
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