查询词典 effluents

Thereinto, the effluents is clarifying and limpidity after the treatment of composite bentonite flocculant, the removal effect of suspension and COD is high. The effect of pH in treatment of starch waste-water were investigated in primary.

其中经膨润土复合絮凝剂处理的水质，出水澄清透明，其悬浮物质和COD的去除效果均较好，并初步考察了pH值对去除率的影响。

Advantages are numerous: no water consumption (200-300 m3 of water savings per day, with respect to traditional solutions), little chemical usage (savings of 150-200 L per day), no liquid effluents and no rinser needed.

有许多优点：没有耗水量（200-300立方米，每天节约用水方面的传统办法），没有化学品的使用（每天的150-200蜇储蓄），没有液体流出，没有冲洗器需要。

Effluents from other processing plants may also be used as a supplemental source of water.

从其他处理植物中流出的废水也可以被用于水资源的补充资源。

Effluents from other processing plants may also be used as a supplemental source of water .

从其他处理厂排出的废水也能用来作为水源的补充。

The presented papers in the XXIX IULTCS Congress and 103rd ALCA Annual Meeting were reviewed The papers covered the following field tanning mechanism treatment of tannery effluents environmental regulation biodegradation of leather and leather chemicals utilization of leather waste clean technology of leather making preservation of raw hides and microbial protection of leather novel leather process and materials physical and mechanical properties of leather new analytical and detecting equipments and method .

本次会议论文主要涉及：皮革鞣制机理的研究，皮革行业的污染治理，皮革行业环境保护政策及动向，皮革及其化学品的生物降解，胶原及制革废弃物的资源化利用，制革清洁生产技术，生皮的清洁化防腐保存和皮革的抗菌防霉，制革新工艺和新材料，皮革的物理机械性能及新的皮革分析检测设备和方法等。

The presented papers in the XXIX IULTCS Congress and ALCA Annual Meeting were reviewed The papers covered the following field tanning mechanism treatment of tannery effluents environmental regulation biodegradation of leather and leather chemicals utilization of leather waste clean technology of leather making preservation of raw hides and microbial protection of leather novel leather process and materials physical and mechanical properties of leather new analytical and detecting equipments and method .

本次会议论文主要涉及：皮革鞣制机理的研究，皮革行业的污染治理，皮革行业环境保护政策及动向，皮革及其化学品的生物降解，胶原及制革废弃物的资源化利用，制革清洁生产技术，生皮的清洁化防腐保存和皮革的抗菌防霉，制革新工艺和新材料，皮革的物理机械性能及新的皮革分析检测设备和方法等。

Potted plants of Impatiens balsamina were selected for irrigation treatments with municipal domestic sewage effluents.

我国自1957年污水回用于灌溉在全国试验推广以来，污水灌溉面积已达8.806×105hm2[1]，主要用于农业灌溉等。

Three protozoa (Bodo edax, Colpoda cucullus, Amoeba proteus) were isolated from soil. The porous simulation with glass bead, soil column and root box incubation experiments were made to study the association of protozoa movement with phosphorus translocation and its influencing factors. The effects of protozoa on corn growth and corn straw mineralization were also involved. The results showed that protozoa movement in glass bead column was greatly controlled by the pore sizes. Bodo edax, about 5-7 m, could pass through the pores of 28-20 11 m in diameters. Colpoda cucullus (30-60 m) could move through the pores of 155~116 m. However, no Amoebaproteus(100~150 m) was found in the effluents from all the columns. All the three protozoa made 32P redistribution in soil column.

本研究利用土壤中常见的3种原生动物(梨波豆虫Bodo edax、僧帽肾形虫Colpoda cucullus、大变形虫Amoeba proteus)，通过玻璃珠孔隙模拟、土柱及根箱培养试验，研究3种原生动物运动与磷素运移之间的关系及其影响因素，以及原生动物对玉米磷素营养的影响，同时对3种原生动物在玉米秸秆分解中的作用做了初步的探索，研究结果表明：原生动物的运动与孔隙密切相关，Bodo edax(5～7μm)能够穿过28～20μm孔隙，Colpoda cucullus (30～60μm)只能穿过155～116μm的孔隙，而Amoeba proteus(100～150μm)不能从玻璃柱中流出。

Process technology for manufacture of δ-layered crystalline sodium disilicate using dilute alkali liquor and acidic silica residue ,which are waste effluents from zirconium oxychloride production,with supplement of a small amount of quartz sand was studied.

利用氯氧化锆生产过程中排放的稀碱液、酸性硅渣辅加少量石英砂，研究了δ-层状结晶二硅酸钠的制备工艺，得到较佳合成工艺条件为：反应液配比M=n(S iO2)/n(Na2O)=2。

Effluents from other processing plants may also be used as a supplem ental

有些地区使用污水处理厂排放的污水进行灌溉施肥。

Further more, the simplified analysis method on stressed-skin effect of corrugated steel sheet is also discussed in detail.

此外还比较详细地探讨了蒙皮效应的简化分析方法。

If I had known her telephone number,I would have called her.

要是我知道她的电话号码，我就打电话给她了。