停留

The study of treating dye wastewater with iron scraps and fly ash for electrochemistry principle;2. A study of the reaction on the treatment for blick G dye wastewater using iron scrapshas been carried on by the authors.

研究了废铁屑处理黑G染料水样的反应过程及处理效果：反应介质的pH值和反应停留时间为影响反应效果的两个主要因素，pH值越小，反应时间越长，处理效果越好；停留时间在4～10min，反应过程已基本完成；色度去除率为92％～98％，CODcr的去除率为40％～75％。

But the volume utilization ratio of DD type calciner is still not ...

分解炉料气停留时间比值为4.8，物料在实际分解炉内的停留时间约8.3 s。

The people and objects floating through Gao Bo's works are without roots - perhaps they come from a momentary memory or a spark of interest. Looking at Gao Bo's works brings pictorial information stored deep in the mind to light, yet within a second these mind-images fade again, leaving behind a memory of all the images that lie underneath Gao Bo's warm and languid sketching. In Gao Bo's consciousness, these images don't stop at realism or simply exposit like some historical legend - in the end they reach towards the fringes of nothingness.These images can call up rich associations in our minds yet often these are false associations. For example, in "Gray Face" this is not the mystical dog of the god Erlang in Journey to the West; the rickety bridge in "River Bed" is certainly not a reference to a rainbow in Heaven; the story of "Contest" is not about two dogs running and pretending to be in love but a story of race dogs controlled by humans.

散漫在高波作品中的人与物没有根源，也许它们是源于个人瞬间的兴趣和记忆，有关知识的、情感的和在脑子里存储的图象信息随之而来，也可以随之而去，只是在温和缓慢的描绘背后还有一丝对所有形象匆匆停留过后的怀念，它们在高波的意识之中并不是一次停留于现实或者历史神话般司空见惯的陈述，它们的结果最终都是通向虚无的边缘，尽管那些形象似乎可以唤起我们丰富的联想，比如《灰色的脸》，它绝不是西游记中二郎神的天犬，在《河床》中不牢靠的拱桥，肯定不是寓指天堂里的彩虹，《竞赛》讲述的故事并不是两只在假装为爱情奔跑的狗，而是被人为所驱使的赛狗。

S: |- \*{ m/ S Noli manere, manere in memoria.

c 不要停留，停留在我的回忆中

B8 y! t! i2 F m Noli manere, manere in memoria.

不要停留，停留在我的回忆中

Noli manere, manere in memoria.

不要停留，停留在我的回忆中

Pretreatment of wastewater from pyrimidine production by iron-carbon microelectrolysis -Fenton oxidation process;2. The per-treatment of high strength cyclohexanone wastewater by iron-carbon microelectrolysis -coagulation process was studied, and four affecting factors,i.

研究了用铁炭微电解-混凝工艺预处理高浓度环己酮废水，通过实验确定了铁炭质量比、进水pH值、水力停留时间及曝气时间4个影响因素的最佳条件分别为：铁炭质量比为1∶2，环己酮废水进水pH为2～3，停留时间为4h且有曝气条件下，COD去除率达到55。

Results showed that single ozone oxidation can only remove about 50% nitrobenzol, single active carbon absorption can reduce nitrobenzol to a standard index mark when empty-bed station time exceeded 15 minutes, but ozone oxidation-active carbon absorption technology can remove nitrobenzol completely when the time exceeded 10 minutes.

研究发现：单独采用0 氧化能去除约50％的硝基苯；单独采用活性炭吸附，在空床停留时间大于15 min时可使出水指标达到标准要求；而对于O 氧化一活性炭吸附工艺，当停留时间在10 min 以上时，可完全去除水中的硝基苯。

Anaerobic biological deodorization system was able to work steadily even when COD concentration of influents reached 10000mg/L, olfactometry measurement was fitted 5-grade standard and volumetric loading rates were 10.58Kg. COD/; In the two combined UASB systems, Hydraulic Retention Time of the first UASB was 28h, olfactometry measurement of effluents was fitted 3-grade standard; and when HRT of the second UASB was 67h, olfactometry measurement was below 2-grade.

COD〓，厌氧反应器可稳定运行，并具有优良的除臭性能；对两级串联的UASB系统，一级水力停留时间为28h时，出水臭气强度可达3级；二级水力停留时间为67h时，二级出水臭气强度可在2级以下。

Among the economic crops, pachyrhizus leaf had the most remarkable treating effect, the COD treating capacity per day per unit area was 4.01g, that is, a 50% treating rate; the BOD treating capacity was 1.15 g, that is, a 35% treating rate; the TP treating capacity was 0.23 g, that is, a 16% treating rate; the TN treating capacity was 1.87 g, that is, a 74% treating rate; however, the treating effect decreased as the total amount of pollution entering this system increased by raising the water volume, which was mainly owing to the relatively short hydraulic retention time.

由水质试验结果显示，本系统所选用的作物处理生活污水成效极佳，优於一般湿地选用的植物，以及河滩地原生草种型态，其中以地瓜叶的处理成效最为显著，每日单位面积COD去除速率为4.01 g 、处理效率达50﹪；BOD去除速率为1.15 g 、处理效率达35﹪；TP去除速率为0.23 g 、处理效率达16﹪；TN去除速率为1.87 g 、处理效率74﹪，而以加大水量的方式，增加进入本系统之污染总量，其处理成效减低，主要原因受到水力停留时间较短影响，未来可以增加处理面积、水力停留时间加长、提高原水浓度为后续之研究方向，以达到增加本系统处理成效之目的。

Objective To investigate the effects of interleukin-1 β converting enzyme gene on the biologic characteristics of ovarian cancer cells.

目的 探讨白细胞介素-1 β转换酶的表达，对卵巢癌细胞生物学特性的影响。

Campylobacter: This illness is the most commonly identified cause of diarrheal illness in the world.

弯曲：这种病是最常见的原因查明腹泻病，在世界上。