混

In this study, acid wastewater from the Environment Engineering Factory in Jiangyin was treated with the method of Coagulation-SBR, to comfirm the beton of the coucreting period, the best quantity und the best pH.

采用混凝－SBR法对江阴环境工程公司提供的核糖核酸废水进行处理研究，确定了混凝阶段的混凝剂种类、最佳投加量、最佳pH值。

The results showed that an increasing effect of the mixed organic fertilizer on growth and economic yield of the two vegetables,activity of cattalos , peroxides and superoxide sismutase in the plants was slight higher than that of the inorganic fertilizer.Vc and reducible sugar of the vegetables were increased significantly by the mixed organic fertilizer. There is no obvious difference whether the mixed organic fertilizer contains the mixed bioorganic fertilizer or not.

结果表明，有机复混肥在等养分含量条件下，对上述蔬菜生长发育、商品产量、植株过氧化氢酶、过氧化物酶、超氧化物歧化酶活性的影响与无机肥料基本相近，并稍有提高，但对供试作物果实维生素C、还原糖含量的提高，有机复混肥明显优于无机肥，有机复混肥含菌肥与否差异不显著。

The experiments were made to study the effect of coagulation conditions and different coagulants on the results of restaurant wastewater treatment.

混凝条件对餐厅污水的处理效果的影响进行了实验研究，混凝剂聚合氯化铝的混凝净化效果优于聚合硫酸铁和硫酸铝。

Jar tests were carried out to solve the problems about the choice of coagulants, the optimization of coagulation conditions to treat two types of waste water, which were produced in wood processing.

针对两种不同的木材加工废水及现有的混凝处理工艺，通过烧杯实验和应用实践，很好的解决了混凝剂的优选、混凝条件的优化等问题。

The applicable coagulants were chosen and compounded based on the comparison of the single coagulation effect of each coagulant.

采用化学混凝法处理胜利油田聚合物驱采出水，并在比较不同单一混凝剂的除油、除浊效果基础上，进行了混凝剂的优化复配。

Being lack of color matching system for pre-colored wool top blends, it is urgently needed to develop a computer-aided system to help colorists find a good recipe to reproduce a target color. An optimized mathematic model that can be used in computer color matching for wool top blends is set up by using the improved Stearns and Noechel.

针对缺少理想的混色模型现状和开发计算机混色配色系统的迫切需要，在对经验Stearns-Noechel模型优化和改善的基础上建立了适用于毛条混色应用需要的计算机配色预测数学模型。

The blends of PE-g-MAH and gelatin were prepared by melting process and the compatibility of PE-g-MAH and gelatin in blends were characterized.

首次采用熔融共混法研究了PE-g-MAH/明胶共混体系的反应增容，并对共混物的相容性进行了表征。

It was shown that the absorption peaks of amine and amide groups of gelatin were shifted in HDPE/PE-g-MAH/Gelatin blends because of the reaction of PE-g-MAH with gelatin. The addition of PE-g-MAH made the increase of HDPE glass transition temperature. The compatibilizing effect of PE-g-MAH was due to the crystal compatibility produced by forming the co-crystals of HDPE, PE-g-MAH and PE-g-MAH-g-gelatin. The blends of EAA and gelatin were prepared by melting process and the compatibility of the blends was also studied.

红外光谱分析结果表明：体系中明胶的氨基吸收峰、酰胺Ⅱ带吸收峰峰位发生了明显的变化；二甲苯和水抽提实验表明，在熔融共混过程中EAA与明胶发生了反应；DMA测试共混物的玻璃化转变温度发现：两组分的玻璃化转变温度差值减小；SEM的实验结果表明，共混物中明胶的表面有接枝物形成。

The intermediates of manufacturing process include the hydrolyzed solution, the aqueous solution of Radix Isatidis extraction, the aqueous solution of Fructus Gardeniae extraction, the aqueous solution of Flos Lonicerae Japonicae extraction, the aqueous solution of baicalin, the alcohol solution of mixteure composed by cholic acid and hyodeoxycholic acid, 4-blended solution, 6-blended solution, the blended solution of baicalin and ASFLJE and 8-blended solution.

清开灵注射剂处方由胆酸、猪去氧胆酸、水牛角、黄芩苷、板蓝根、栀子、金银花和珍珠母组成，其生产过程中间体包括水解液、板蓝根液、栀子液、金银花液、黄芩液、四混液、胆酸混合液、六混液、银黄液和八混液。

The mechanical properties of the modified material were tested, and the thermal stability of the modified EP blend was also investigated by TG. The results indicate that the graft copolymerization between PU and EP effectly inforces the miscibility of the PU/EP system. Compared with the properties of pure EP, the impact strength and tensile strength of the PU/EP with high thermal stability are markedly enhanced, and the fracture surface of the PU/EP system displays tough fracture features.

研究结果表明：PU和EP分子链之间存在着化学接枝反应，能有效地改善PU/EP体系中PU和EP分子间的相容性及相互贯穿；与TDE-85与E-51的混和环氧树脂比，PU改性TDE-85与E-51的混和环氧树脂仍然具有很强的耐热性能，并且冲击强度、拉伸强度均获得显著提高；PU/EP体系断口裂纹呈明显的韧性断裂特征，说明TDE-85与E-51的混和环氧树脂PU改性增韧效果明显。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。