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.
论文在认真分析医疗废物的定义、分类的基础上，从其来源、产生量、成分及危害、管理等进行了研究。
On the basis of careful analysis of medical waste in the definition and classification, the paper was studied about source, output, composition and hazards, and management.
办公设备多年来一直是污染和废物的来源，产生大量数以吨计的不可回收塑料、危险化学品和非生物降解的成分。
Office equipment has been for years a source of pollution and waste, producing tons of non-recyclable plastics, dangerous chemicals, and massive amounts of non-biodegradable components.
该报告指出，或许我们可以知道过度暴露在废物中每一种化学成分中的影响，但是所有化学成分混合到一起对人类产生的影响是未知的。
It notes the impact of excessive exposure to each chemical component of the waste is likely to be known, but the consequences of the cocktail of these chemicals on humans is still unknown.
如何处理矿山固体废物，既能使矿山生态环境得到改善，又可变废为宝，充分利用矿山固体废物有用成分，是人类社会面临的重要课题。
How to depose the solid waste of mines, improve environment and take full advantage of avail element in solid waste, is an emphasis subject faced by human being society.
而很多历史资料本身真伪难辨，谁也不能保证那些微观资料中没有篡改成分，‘GIGO效应’(输入废物，输出废物)便是一例。
While many historical material itself authenticity resembles, nobody can guarantee the micro data not tamper with the composition, 'GIGO effect "(input waste, an example is output waste)."
制革工业在生产出产品的同时产生了大量固体副废物，这些副废物的主要成分是胶原蛋白，是一种宝的天然资源，有着广泛的用途。
Great deals of solid wastes are generated during leather manufacturing. The main component of these wastes is collagen protein, which can be used as good medical materials.
制革工业在生产出产品的同时产生了大量固体副废物，这些副废物的主要成分是胶原蛋白，是一种宝的天然资源，有着广泛的用途。
Great deals of solid wastes are generated during leather manufacturing. The main component of these wastes is collagen protein, which can be used as good medical materials.
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