1) pulse load
脉冲负荷
1.
In order to drive the special pulse load and keep the current output frequency in constant,A diesel engine-large inertia flywheel-generator system was designed.
为了提高柴油机脉冲负荷响应性能,运用 GT-POWER 软件建立了大惯量柴油脉冲发电机组的性能仿真模型,研究了机组的调速器特性、飞轮惯量、涡轮增压器匹配、排气管系结构、压缩空气补气、相继增压等方案对机组脉冲负荷响应性能的影响。
2.
The simulation model of one diesel generating set with pulse load is built up with AMESim,and the model is debugged and corrected.
利用AMESim软件建立了脉冲负荷柴油发电机组的仿真模型,并对模型进行了调试和修正。
2) rectangular pulse load
矩形脉冲负荷
1.
Dynamic effects of rectangular pulse load upon the wastewater treatment system were analyzed under the condition that the wastewater treatment system was simplified to be a linear time\|invariant system.
以废水生物处理的推流式活性污泥法为研究对象，在废水处理系统为线性时不变系统的简化条件下，分析了矩形脉冲负荷对废水生物处理系统的动态影响。
2.
Dynamic effects of shock loads involving step pulse load,impusle load and rectangular pulse load upon the wastewater treatment system were analyzed under the condition that the wastewater treatment system is simplified to be a linear time-invariant system.
以推流式活性污泥法为研究对象，在废水处理系统为线性时不变系统的条件下，分析了阶跃负荷、矩形脉冲负荷和冲激负荷等冲击负荷对废水生物处理系统的动态影响。
3) pulsating load
脉动负荷
4) 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。
5) 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。
6) shock loading
冲击负荷
1.
Under several times of shock loading,the effluen.
在若干冲击负荷下检测的出水COD均在 20 mg·L-1左右,SS均为 0。
2.
Under shock loading of triple normal strength Recirculated Membrane Bio Reactor (RMBR)for domestic wastewater treatment exhibited high stability,the effluent COD concentration maintained normal value while mixed liquor supernatant COD value as well as TransMembrane Pressure(TMP)showed only slight increase.
分置式膜 -生物反应器处理生活污水的运行结果表明 ,在 3倍于正常水平的冲击负荷下 ,分置式膜 -生物反应器能够正常运行 ,膜过滤出水 COD维持在 1 0 mg/ L以下 ,生物反应器污泥上清液 COD和透膜压力 TMP比正常水平略微上升 ,但在冲击负荷消除后能够恢复正常水平 ,呈现出较强的抗冲击负荷能力 。
3.
The experimental results indicated that the PFB process used in coal mine water purification was characterized by high surface loading,low water consumption rate,and satisfied adoption of shock loading.
2m/h,产水量增加了1000m3/d左右,且对于33%的冲击负荷具备了较强的耐受性。
补充资料：GQDM系列单级脉冲干燥机
 单级脉冲气流干燥机： 适用于各类含表面水份的粉粒状、松散结晶物料干燥脱水，采用先进的脉冲强化换热结构，通过改变物料与热介质之间的相对速度，有效地强化热质交换过程。 特点： 1．干燥时间短、脱水速度快、一般在0.5-3秒。热效率高、且产品不产生过热现象。自动化程度高、干燥产品质量好。 2．干燥强度大、脱水能力可从25 kgH2O/h至2000 kgH2O/h。 3．设备简单、占地面积小、投资省，GQW型为专用低高度紧凑型。 4．应用范围广，可适用于各种粉粒状、膏糊、滤饼类物料。 5．可根据用户情况及物料耐热温度选择蒸汽、电、热风炉、烟气炉、锅炉烟气余热等作为热源。热介质的温度可以从120℃至780℃之间选择。 选型表：
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参考词条