复合

The different foaming performance of sodium laureth sulfate, cocamidopropyl betaine and their compounds under different active concentrations, water hardnesses and temperatures were investigated. The results show that the foaming performance of SLES doesn't change under different water hardness, but that of CAB changes with different concentration, and the compounds of SLES and CAB have much better foaming performance and synergetic effect under different conditions.

通过实验主要考察了在不同活性物浓度，不同水硬度条件和不同体系温度下，SLES、CAB和它们的复合物的泡沫性能，结果表明，SLES的泡沫性能受硬水影响不大，CAB的泡沫性能随浓度的变化而有所不同，SLES和CAB的复合物有更优秀的泡沫性能，表现出良好的协同增效性。

The results showed that the POV of hemp seed oil was affected remarkably by temperature and time, and the effect of temperature was greater than that of time. The TBHQ had good antioxidation ability to hemp seed oil. TBHQ or BHA with isoascorbic acid or critic acid exhibited great antioxidation ability, the synergistic effect on the oil of critic acid was better than that of isoascorbic acid. When 0.02% TBHQ with 0.005% BHA and 0.01% critic acid or with 0.005%BHA and 0.01% isoascorbic acid was used in the oil, the shelf life of the oil could be prolonged from 4 months to 11~13 months at 20℃.

结果表明，温度、时间对汉麻籽油的自氧化过程有显著影响，且温度的影响更明显；叔丁基对苯二酚对汉麻籽油具有较好的抗氧化性能，柠檬酸和异Vc对TBHQ与丁基羟基茴香醚复配的复合抗氧化剂均表现出较强的协同抗氧化性能，且柠檬酸的协同抗氧化性优于异Vc；添加0.02%TBHQ+0.005%BHA+0.01%柠檬酸或0.02%TBHQ+0.005%BHA+0.01%异Vc复合抗氧化剂，可使汉麻籽油在20℃下的预贮藏时间从4个月延长至11~13个月。

The Visitor Center will provide support spaces for visitors to the Darwin D. Martin House, Frank Lloyd Wright's residential complex in Buffalo, New York, which is undergoing restoration.

访客中心为访客将提供支援的空间给马汀复合住宅，Frank Lloyd Wright在纽约水牛城的复合住宅接受恢复。

Preparation of compound amino acids from dehulled double - low rapeseed meal hydrolysed by sul-furic acid was studied . We attempted to produce amino acids by a two - step neutralization.

为得到高质量的菜籽复合氨基酸，以脱皮菜籽粕为原料，研究了硫酸水解制备复合氨基酸的新工艺一二次中和法，解决了氨基酸脱色和副产品植酸的利用问题。

Thus, complex urban ecosystem carrying capacity model is proposed here in light of biology immunity theory and under a series of assumptions. These assumptions include urban ecosystem storage is the material input and its main function is to offer eco-service, this amount of capacity is jointly determined by natural carrying capacity and acquired carrying capacity of urban, and human being is the receptor of the eco-service.

利用生物免疫学理论构建城市生态系统复合承载力理论模型，认为城市生态系统复合承载力的物质基础是由城市生态库构成、其主要功能是提供城市生态系统服务、其大小由城市生态系统天然承载力与获得性承载力共同决定，而其服务对象则是人。

The results showed that the impedances of composite electrodes continuously increased with increasing of immersion time.

结果表明，随浸泡时间的延长，复合电极体系的阻抗不断增大；在浸泡初期，复合电极体系的阻抗谱中即出现了低频扩散阻抗，认为该阻抗由金属表面钝化膜的溶解产物的传质引起。

In order to study the preparation, the characterization and the performance on bond, ultraviolet curable water-borne polyurethane resin and electrorheological systems of waterborne polyurethane composites, the structure-property relationships of polyurethane ionomers and their nanocomposites were studied carefully by difference modified measurements.

本文研究了水性聚氨酯基纳米复合物的制备、表征及在粘合剂、光固化树脂以及在电流变液领域的应用，研究对比了不同改性方法制备的水性聚氨酯基复合物的不同性质。

The results showed: Composites showed microstructure of EP coating ultramicro iron, which could enhance the ability of antioxidation of composites.

研究结果表明：复合粒子结构为EP包裹超微铁核壳结构，该结构提高了复合粒子的抗氧化能力。

A primary experimental study on the component shows that the fiber reinforced polymer combined with magnesite concrete bears the characteristics of light-weight and high strength as,compared with angle iron columniation or reinforced concrete columniation.

提出了把玻璃钢与菱镁混凝土复合在一起制成新型构件，从组分材料特性和组合结构两方面综合阐述了玻璃钢-菱镁混凝土复合构件的优越性，对该构件进行了初步试验研究，其结果显示，在强度、刚度满足要求的前提下，玻璃钢-菱镁混凝土柱较之角钢、普通混凝土柱有轻质高强的特性

The results showed: Composites had better compactness than composites of ultramicro iron-coated hollow glass bead.

结果表明：此复合粒子较中空玻珠/超微铁复合粒子有更好的致密性。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。