The trend in total contents of heavy metals and the assimilable heavy metals in pig manure composting of using different bulking agents and aeration modes have been analyzed. 在猪粪混合堆肥中,采用不同的通风方式和填充料,分析该过程中重金属总量和DTPA提取的重金属含量变化。
HONEY, a most assimilable carbohydrate compound, is a singularly acceptable, practical and most effective aliment to generate heat, create and replace energy, and furthermore, to form certain tissues. 蜂蜜,一类最易同化的碳水化合物,是少见的易吸收,实际的且最有效地滋补品,它能够产生热量,创造或代替能量,并且能够形成一定的组织。
Capable of being converted into assimilable condition in the alimentary canal. 能够在消化道中转化成可以吸收的状态。
Influence of Different Level of Assimilable Nitrogen on Alcoholic Fermentation by Yeasts 可同化氮素对酵母酒精发酵影响的研究
Assimilable Organic Carbon ( AOC) has been proposed to control the regrowth of heterotrophic microbe in drinking water. However, recent results have shown that phosphorus determines also the extent of bacterial regrowth in distribution system. 生物可同化有机碳(AOC)一直被认为是控制管网水中细菌再生长的主要因素,最近的研究表明磷也有可能成为限制因素。
The removal characteristics of assimilable organic carbon ( AOC) by conventional water treatment processes were researched at Jinxi Waterworks in Zhenjiang City, Jangsu Province. 对镇江市金西水厂常规处理工艺去除饮用水中可同化有机碳的特性进行了研究。
Study of Assimilable Organic Carbon Methods for Drinking Water 饮用水AOC检测方法的研究
Through assimilable organic carbon ( AOC) analysis, the limiting effect of phosphorus on the biological stability of water was studied. 通过对可同化有机碳(AOC)的分析,研究了水中磷对其生物稳定性的限制因子作用。
A Study on the Methods of Measuring the Assimilable Organic Carbon 可同化有机碳测定方法探讨
The Removal of Assimilable Organic Carbon by Nanofiltration Membranes and Reverse Osmosis 纳滤和反渗透技术对饮用水中可同化有机碳(AOC)的去除特性的研究
Determination of Assimilable Organic Carbon in Drinking Water 饮用水中可同化有机碳(AOC)的测定方法研究
Removal of assimilable organic carbon ( AOC) by different water treatment processes 不同水处理工艺对可同化有机碳(AOC)的去除特性研究
Removal of assimilable organic carbon from drinking water by nanofiltration membrane 纳滤膜对饮用水中可同化有机碳的去除效果
Removal of assimilable organic carbon from surface water by water treatment processes 不同水处理工艺对地表水中AOC的去除效果
The results show that the biofiltration can effectively remove assimilable organic carbon ( AOC), biodegradable dissolved organic carbon ( BDOC), ammonium, iron, manganese and turbidity in the micro polluted drinking water resources of Xiangjiang river, and raise the biological stability of drinking water. 试验结果表明,生物过滤可有效去除湘江微污染饮用水源中的可同化有机炭(AOC)、可生物降解有机炭(BDOC)、氨氮、铁、锰和浊度,提高饮用水生物稳定性。
Some byproducts produced in ozonation process such as biologically assimilable organic carbon ( AOC), bromate and formaldehyde, etc. will affect the safety of drinking water. 臭氧氧化过程中产生的一些副产物[如生物可同化有机碳(AOC)、溴酸盐和甲醛等]会影响供水水质安全性。
Conclusions The tension band assimilable thread is better than the steel wire in treatment of patella fractures and can surely alternate the steel wire in clinical application. 结论可吸收线张力带治疗髌骨骨折的生物力学性能比钢丝张力带好,完全可替代钢丝应用于临床。
Study on the removal performance of assimilable organic carbon by conventional water treatment process 常规处理工艺对可同化有机碳去除特性的研究
And then, two important factors which influence water quality-nutrition in water ( according to Assimilable Organic Carbon, AOC) and materials of water tanks are studied in detail. 然后,对影响贮存饮用水水质的两个重要因素-营养物质(以生物可同化有机碳为标准)和贮水材质进行了详细研究。
This Paper Presented the assimilable organic carbon ( AOC) removal efficiency obtained from small-scale and full-scale studies by conventional water treatment process. 研究了小试规模的常规处理和实际水厂净水工艺对可生物同化有机碳(AOC)的去除效果。
Objective To explore the clinical feasibility and result with assimilable thread tension band in the treatment of patella fractures. 目的探讨可吸收线张力带治疗髌骨骨折可行性及疗效。
Assimilable organic carbon ( AOC) is a new index for drinking water quality. The potential of bacterial regrowth in water distribution systems can be estimated by AOC assay. 可同化有机碳(AOC)是一项新的水质检测指标,通过它可以评估供水系统的水中是否有足够的营养物质可使微生物再生长。
The tension band assimilable thread had better elasticity than the steel wire. 可吸收线张力带比钢丝张力带固定具有更好的弹性。
Nowadays, China becomes more and more assimilable in the global economic system. In this background, China is gradually becoming the manufacture of world. The international products, market and technological competition will also require more from the management of supply chain quality risk. 在我国日益融入全球经济体系的大背景下,我国正在逐步成为世界的制造工厂,国际化的产品、市场和技术竞争,对供应链质量风险管理的要求也将不断提高。