1) high capacity impact load
大容量冲击性负荷
1.
This paper presents a new time-varying power system short-term load model based on the α stable distribution that can satisfactorily simulate the features of the high capacity impact load.
应用基于α稳定分布的概率模型建立了新的电力系统短期负荷时变模型,充分利用了α稳定分布对大容量冲击性负荷良好的模拟特性。
2) impact load
冲击性负荷
1.
Stabilized current measures of rectification units co-net with impact load;
与冲击性负荷共网整流装置的稳流措施
2.
The impact loads of grand steel plant have influence on the stability of power system, especially the transient stability of the regional power system with weak power grid structure.
大型钢铁企业产生的冲击性负荷不仅会对附近电厂机组的正常运行造成影响,而且会对整个电网、尤其对网架结构较为薄弱的地区电网的安全稳定运行产生不利影响。
3) impact allowance
冲击留量;容许冲击负荷值
4) load impact allowable
容许冲击负荷
5) shock load
冲击负荷
1.
Using the anaerobic baffled reactor(ABR) to treat the domestic wastewater,this paper researched on the influence of each room of ABR when organic shock loading and hydraulicshock loading are changing.
试验采用厌氧折流板反应器(ABR)处理生活污水,研究了在有机冲击负荷和水力冲击负荷发生变化时,ABR各格室所受到的影响,并对该反应器耐受抗冲击负荷的能力进行了分析。
2.
The effect of shock load on performance of the reactor was studied.
应用厌氧折流板反应器处理玉米杆纤维浆粕废水,研究了冲击负荷对反应器运行性能的影响。
3.
The a bility to resist shock loading could be enhanced by supplement of trace metals t o the anaerobic reactor.
不同水力停留时间 (HRT)下的运行情况对比表明 ,投加微量金属元素Fe ,Co,Ni可以提高厌氧反应器的抗冲击负荷能力。
6) shock loading
负荷冲击
1.
The microbial community structure in the bioaugmented system for refinery wastewater treatment and the changes in this system when it received shock loading were studied using ERIC-PCR technology.
运用ERIC-PCR技术,分析研究了炼油废水处理菌剂的组成,以及炼油废水处理系统在受到高负荷冲击时,投加高效炼油废水处理菌剂的生物强化系统和对照系统中污泥微生物群落结构的变化。
2.
In this study, conventional activated sludge (CAS) systems, which were generally used to treat municipal wastewater, were modeled to receive intermittent 2,4-dichlorophenol (2,4-DCP) shock loadings.
研究了用于处理生活污水的普通活性污泥反应器 (CAS)受到 2 ,4 二氯酚 (2 ,4 DCP)间歇性负荷冲击时 ,投加高效菌的生物强化系统和对照系统对污染物的响应及系统稳定性 ,并考察了长期运行过程中强化系统对目标污染物去除能力的变化 。
3.
Intermittent and continuous shock loading had been observed during the 5-month operation of sorbitol wastewater treatment system using activated sludge process.
结果发现:影响废水处理效率和出水水质的因素主要有有机负荷冲击、高浓度硅藻土和Ni2+毒性负荷冲击。
补充资料:大容
1.传说中的人名﹐为黄帝乐师。
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