冲击负荷

随着外加碳源的质量浓度增加，其降酚率也在增加，说明该菌有一定适应冲击负荷变化的能力。

The phenol-degrading efficiency of the strain increased with the rising of the mass concentration of the applied carbon source , which indicates that the strain has certain adaptability to the changes of impact load .

通过电涡流传感器、飞轮、齿形轮的组合，在飞轮上施加冲击负荷，在齿形轮上通过调制作用拾取扭振信号，使用脉冲时序法解调扭振信号。

Through the eddy current sensor , flywheel , tooth shape wheel combination and the impact load on the flywheel , the signal of torsional vibration is signaled up through the modulation effect in the tooth shape wheel and demodulated in using pulse timing method .

PWM逆变电源抗冲击负荷电路研究

On the Anti-Impulsive Load Circuit for a PWM Inverter

稳定的系统可耐受一定的COD和染料冲击负荷。

The steady system could tolerate COD and X-3B shock .

整个系统的硝化效果主要受温度、pH值、DO、冲击负荷等因素的影响。

The nitrification effect in the whole system is mainly influenced by temperature , pH , DO , and shock loading .

攀钢SCADA及轧钢冲击负荷功率调节系统

The SCADA and steel rolling impact load power regulating system

全程采用PLC自动控制，不设调节池，投资省，具有耐冲击负荷、运行费用低、效果好等特点；

PLC automatic control is used in all process , no regulator pool , low investment , bearing the characteristic of bearing lashing-load , low moving-cost and high efficiency .

气水比回流比及冲击负荷对BAF的影响

Impact of Gas and Water Ratio , Backflow Ratio and Flushing Load on Biological Aerated Filter

文章采用实验的手段，经历了ABR厌氧系统启动、负荷提高及抗冲击负荷等阶段，历时近6个月，达到了预期目的，取得了一些实验结果。

This entire lasted for 6 months , and we attained the predict purpose , and got some experiment results .

SBR抗冲击负荷能力较强，运行周期可灵活调整，自控程度高，无需另设二沉池，并可有效抑制污泥膨胀。

SBR has such characteristics as great shock-load resistance , flexible operational cycle , highly auto-control , secondary sedimentation tank exception and sludge bulking restraint .

投加固定化菌的强化SBR系统较不加固定化菌的对照系统具有启动时间短，耐冲击负荷能力强的特点。

Start-up time was shortened and the ability to resist shock loading was strengthened in the bioaugmented SBR system in comparison with the control system .

UBAF对COD及SS的去除有较强的抗冲击负荷能力，而其硝化作用受冲击负荷影响较大。

UBAF had a strong anti-shock loading capability , however , its nitrification performance was greatly affected by shock loading .

ABR的抗冲击负荷实验，分别进行了水量和浓度的冲击，实验证明ABR系统在承受冲击以后能很快恢复，说明ABR对冲击负荷具有很好的承受能力。

For the experiment of hydraulic and organic shock , the founding show ABR has a good resistance capability to the shock .

研究比较了2类反应器在长期运行条件下的膜通透性和活性污泥混合液特性，并就ρ（PAC）对膜过滤阻力的影响及2个体系的抗冲击负荷能力进行了分析。

A series of experiments were conducted on both systems to analyze filterability , floc in the bulk solution and the effect of PAC contents on hydraulic resistance .

同步辐射装置（SRF）供电系统的冲击负荷会引起配电网络电压波动。

The surge load of Synchronous Radiation Fitting ( SRF ) power supply system may cause voltage fluctuation of distribution network .

当生物膜形成并生长良好时，AFB反应器抗冲击负荷能力强。

When the biofilm in the reactor grows well , The AFB reactor is very capable of resistance shocking .

间歇式活性污泥法（SBR）作为一种简易、高效、节能、灵活的污水生物处理工艺技术，且具有不易发生污泥膨胀、耐冲击负荷能力强、泥水分离效果好等特性。

The sequencing batch reactor ( SBR ) is a new compact , efficient and easily-operated wastewater treatment technique and was reported that it could be operated at higher BOD load with good sludge settleability .

λ越小，CASS工艺的抗冲击负荷能力就越强，各污染物的去除率越高。

The less the λ was , the stronger the capability of resisting shock load CASS had and the higher the removal efficiencies of different pollutants were .

厌氧序批式活性污泥法（ASBR）是一种新型的高速厌氧反应器，它具有耐冲击负荷，适用范围广等特点。

Anaerobic sequencing batch reactor ( ASBR ) is a new type and high rate anaerobic reactor , which has the advantages of being able to bearing high impact loads and having wide range of use .

DE型氧化沟工艺是适合污水厂进水水质条件的合理的工艺，具有处理效果高、运行稳定、抗冲击负荷能力强等优点，可以在类似水质条件下的污水厂设计中推广采用。

And the process , with the advantages of high efficiency , stable performance , capability of countering strike load , can be promoted for a more popular use in the design of a wastewater works having the similar water conditions .

试验结果表明：SBR工艺处理肉鸡加工废水能获得较好的处理效果，其COD去除率为91%左右，且具有较强的耐冲击负荷能力；

The experimental result showed that SBR process could gain better treatment effect , which COD removal was around 91 % . In a certain range , the higher MLSS concentration was , the better treatment effect was .

实验表明新型反应器具有抗冲击负荷强，接近CSTR反应器的特点。

Experimental results indicated that the new type reactor has the ability to resist the impacting load that was similar to the constant flow stirred tank reactor ( CSTR ) .

人工湿地在夏季雨季时期可以承受较大的短期洪水水力冲击负荷，在100cm/d的负荷下，对氨氮和COD的去除率分别可以达到52%和36%。

In the wet season of summer , the pilot wetland system could bear a short-period flood hydraulic loading , and ammonia nitrogen and COD removal rates were 52 % and 36 % respectively at the hydraulic loading of 100cm / d.

MPF-44膜抗冲击负荷的能力较高；

MPF-44 membrane 's resistivity to lashing load is relatively high ;

A1-A2/O系统在系统稳定性及抗冲击负荷能力上，明显优于A2/O系统；

A1-A2 / O system is obviously better than A2 / O system on the system stability to shock loading ?

投菌后，氧化沟的处理效率大幅度提高，出水COD值降低，并增强了抗冲击负荷的能力。从而证明了该方法的有效性。

After the special bacteria are added , the treatment efficiency of the oxidation ditch is significantly increased , the COD value of the treated wastewater decreased , and the ability against shock loadings is enhanced , proving the effectiveness of the proposed approach .

试验表明，UASB启动快，运行稳定，对有机物的去除效果好，抗冲击负荷能力强，产泥量小，在中断运行一段时间后，能够快速恢复处理能力。

The result indicates that the UASB can start quickly , work stably and have good removal effect of organic matter with small sludge yield . Meanwhile , UASB has excellent ability of bearing high impact loads .

通过CAF气浮装置对连铸冷却水中油的去除研究，证明了CAF气浮可有效地去除冷却水系统中的油，抗冲击负荷高。

Removing of oil in cooling water of continuous casting was researched using the CAF air floating device . It showed that the CAF air floating device may effectively remove the oil in the cooling water system and anti-impact load was high .

研究表明，投加生物载体能够扩大产氢细菌的活性范围，提高系统的抗冲击负荷能力和耐低pH值的能力，增加系统稳定性，并且可使系统在低HRT下保持较高的生物量。

It was indicated that , support carriers could expand the activity scope of hydrogen production bacteria , make the system fairly stable in response to organic load impact and low pH value ( pH < 3.8 ), and maintain high biomass concentration in the reactor at low HRT .

历史负荷数据的真实可靠是电力系统负荷预测的基础，而在电力系统运行中产生的冲击负荷，以及由SCADA系统采集数据时产生的随机干扰数据都会导致历史数据中含有不良数据。

The reliability and reality of load historical data is the foundation of load forecasting . But , the impact load in running power system , and the disturb data in collecting load data through the SCADA may cause much fault data in load historical data .