• 根据处理效果不断增加反应器的容积负荷缩小hrt。

    According to disposal efficiency, volume load is increased and HRT is shortened.

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  • 心力衰竭Fortekor降低血压心脏容积负荷

    In dogs with heart failure, Fortekor reduces the blood pressure and volume load on the heart.

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  • 分析水力负荷、污染物容积负荷对反应器污效果影响。

    The influences of hydraulic load, air-water ratio, volume load of pollutants on the effect of the removal efficiency were also studied.

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  • 污泥浓度污泥龄增加水力停留时间缩短、容积负荷的增大而增加;

    Mixed liquor suspended solids increased with the increase of sludge retention times and volumetric loading rates.

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  • 采用悬浮载体生物流化床工艺处理城市生活污水,考察容积负荷其处理效果影响

    The influence of different COD volume loading on removal efficiency of urban domestic sewage in suspended carrier biological fluidized bed reactor was investigated.

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  • 试验研究了PH值容积负荷不同因素氧工艺运行的影响,得出最佳工艺条件

    Some experiments on varying factors on anaerobic reactor such as PH, COD volume loading and we get the most suitable conditions.

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  • 主要考察水力停留时间温度COD容积负荷因素处理效果影响,并推荐了运行参数

    Hydraulic remaining time temperature and COD organic loading rate which affect efficiency of the process, were investigated, and parameters are propose4 here.

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  • 颗粒污泥具有良好沉降性能、较高生物量容积负荷条件下降解高浓度有机废水的良好生物活性

    Aerobic granular sludge demonstrates high settling velocities resulting in good liquid separation, high biomass retention, high activity and ability of withstanding high loading rates.

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  • 研究分析硫化物容积负荷与溶解氧共同作用下硫化物的去除规律硫酸盐生成规律以及单质生成建立模拟方程进行了验证

    Through the analysis of the sulfide removal rate, sulfate production rate and sulfur forming efficiency, the simulation equations were established and validated by practical tests.

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  • 目的评价多巴酚丁胺负荷试验DST冠心病CAD病人容积LVV变化临床意义

    Objective To evaluate the alteration and clinical significance of left ventricular volume (LVV) in patients with coronary artery disease (CAD) during dobutamine stress testing (DST).

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  • 过量空气系数容积负荷烟气CO生成量影响不大

    Excess air factor and volumetric heat release rate have little effect on the generation quantity of CO in flue gases.

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  • 过量空气系数容积负荷烟气CO生成量影响不大

    Excess air factor and volumetric heat release rate have little effect on the generation quantity of CO in flue gases.

    youdao

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