反应器

When the influent pH was controlled between 7.5 and 8.0, the maximum sulfide and nitrate removal loading rate were 2.96 kg·(m3·d)-1 and 0.47 kg·(m3·d)-1, respectively.The basifying reaction and remnant sulfide led to increasing pH values that were finally beyond the bacteria toleration and caused process instability at high loading rates.

控制进水pH在7.5～8.0之间，反应器的最大容积硫化物和硝酸盐去除速率分别为2.96 kg·(m3·d)-1和0.47 kg·(m3·d)-1（分别以硫元素、氮元素计），反应过程产碱及残留硫化物，均会导致反应液pH值过高（9.11±0.38），引发高负荷时工艺失稳。

The original activated sludge technics is incompetent to treat MGP-wastewater. Among all of the 16 isolated bacteria, S-2, Y-3 and XH-3 have better ability of biodegrading MGP-wastewater than other 12 species of bacteria.

原处理工艺由于没有优势降解微生物和合适的生物反应器而对油制气废水的处理无能为力。

Experiment was made to investigate the influence of sludge bulking on operation of Integrative membrane bioreactor and the cause of sludge bulking.

通过试验探讨了污泥膨胀对一体式膜生物反应器运行效果的影响及发生污泥膨胀的原因。

Aiming at enhancing calcining rate, a new kind of circulating fluidized bed reactor was developed and applied in cement plants.

为了提高物料分解率，开发出一种新型的循环流化床反应器并已用于水泥生产。

The current reiew of the interrelationship of product,quality, culture type,and media type for economically feasible system; the technical condition on climatological factors, carbonating,the need for mixing, seperating,harvesting and drying; and the progress of mass culture on Chlorella was summarized in this paper. The future development trends of mass culture will be automatic photosynthetic reactor culture.

本文就小球藻大规模培养中产量、质量、培养方式、培养基与经济上的可行性之间的关系；气候因子、二氧化碳补加、搅拌、分离、收获与干燥等技术条件及其研究的进展进行了综述，认为未来的发展趋势将是光合生物反应器培养。

The present dissertation deals with:(1) Exploring the feasibility of the CO〓 methanation and the conversion CH〓/H〓 into C〓 hydrocarbons under plasma with catalyst at ambient temperature and atmosphere.(2) Designing a reactor and preparing some catalysts suited for the conversion of carbon dioxide via the cooperation effect of plasma and catalysts.(3) Optimizing reaction conditions of conversion carbon dioxide to C〓 hydrocarbons in the proposed process.(4) Studying the reaction mechanism of conversion carbon dioxide to C〓 hydrocarbons under plasma by using in situ OES technology.(5) By the results of characterizing coked catalysts, exploring the reasons that result in the coking of catalyst and the paths for decreasing the deposit in the catalyst under plasma.(6) Analyzing the energy efficiency of the plasma catalysis and exploring the paths for improving the energy efficiency.

论文的主要研究工作包括：（1）探索脉冲电晕等离子体与催化剂共同作用CO〓／H〓甲烷化和由CH〓/H〓合成C〓烃反应的可行性；（2）研制等离子体催化CO〓转化的反应器和适配的催化剂；（3）优化等离子体催化CO〓转化制C〓烃反应的工艺条件和电参数；（4）利用原子发射光谱原位技术对等离子体反应的诊断结果，对等离子体催化CO〓转化制C〓烃反应的机理进行推断；（5）通过对积碳催化剂的表征结果，分析积碳的类型及其成因，并探讨减少积碳的途径；（6）通过对等离子体催化CO〓转化制C〓烃反应能量效率的分析，探讨提高等离子体催化反应能量效率的途径。

At the present time, t-PA is mostly produced by culturing mammalian cell and the price is very high.

乳腺生物反应器是生产基因药物一种很好的方法。

The bioreactors are widely used in the cell culturing in tissue engineering.

生物反应器用于组织工程细胞的培养目前已经应用的比较广泛。

The high interception ability of membrane led to the accumulation of soluble microbial metabolic products in MBR, and no accumulation occurred in CAS. In the running anaphase, total organic carbon in MBR decompounded by microbes.

在进水为无机配水的情况下，由于膜组件的截留作用MBR内产生了溶解性微生物产物积累的情况，在运行后期反应器中上清液TOC在生物分解作用下开始下降，CAS体系中没有有机物积累现象。

The results showed that C/N ratio had great effect on denitrifying dephosphatation.

在厌氧/缺氧(A2)SBR反应器中考察了C/N比对反硝化除磷效果的影响。

The labia have now been sutured together almost completely.The drains and the Foley catheter come out at the top.

此刻阴唇已经几乎完全的缝在一起了，排除多余淤血体液的管子和Foley导管从顶端冒出来。

To get the business done, I suggest we split the difference in price.

为了做成这笔生意，我建议我们在价格上大家各让一半。