| 1. | Influence of coupling agent on properties of carbon brush bonded with resin
偶联剂处理对树脂碳刷结合性能的影响 |
| 2. | Superfine glass powder treated with coupling agent can improve mechanical and thermal properties of sealing composites compared with that of epoxy resin
将超细玻璃粉用偶联剂处理后，与环氧树脂混合制备成封接复合材料，比环氧树脂具有更好的力学性能和热稳定性。 |
| 3. | 3 . sem was used to analyze the inner structure of the composite . results show that composite effect tough fracture more easily with the disperse of talc treated with coupling agent
3通过断面电镜照片分析可知，加入偶联剂后，采用密炼法将用偶联剂处理的滑石粉均匀地分散到pp基体中，使pp更易发生韧性断裂。 |
| 4. | Carbon black ( cb ) was pre - treated by titanate coupling agent and electrical conductive master batche ( ecmb ) for fiber were prepared by melt - extruding pre - treated cb with pet , pe and pet / pe blend
摘要将经偶联剂处理后的炭黑分别与聚酯、聚乙烯及聚酯聚乙烯共混聚合物，通过双螺杆熔融共混，制备了纤维级导电母粒。 |
| 5. | At last , in order to improve the interfacial bond strength , durafiber pretreated by variable silane coupling agents were mixed into furan polymer mortar , then make its mechanic properties testing
最后，为改善杜拉纤维与呋喃树脂砂浆的界面粘结性能，采用杜拉纤维用不同的硅烷偶联剂处理后再加入到呋喃树脂砂浆中，测试其力学性能。 |
| 6. | The results show that the dispersibility of nono - particles become excellent after treated with 3wt % coupling agent of titanic ester , the average dimension of treated nono - particles in uhmwpe fibers is about 50nm , and no big agglomerated particles occur in it
实验表明经过3wt钛酸酯偶联剂处理的纳米粒子的分散性最佳，处理后纳米粒子在uhmwpe纤维基体中的平均尺寸为50nm左右，基本没有大的团聚体存在。 |
| 7. | If the surfaces of baso4 particles were not modified with couplant , the interface was clear with a very small adhesive force ; while the surfaces modified , the interface was fuzzy with a strong adhesive force . the glass transition temperature ( tg ) of baso4 / tpu blend was obtained by dma
当baso _ 4表面未用偶联剂处理时， baso _ 4 / tpu共混体系相界面清晰，界面粘合力较小；当baso _ 4表面用偶联剂处理后， baso _ 4 / tpu共混体系相界面模糊，界面粘合力强。 |
| 8. | The improve of rev also lessen ttq , lessening the energy consumption , while in the same time , increase the energy consumption of the machine , so we should choose proper rev to lessen the energy consumption . 2 . with the content of talc , the tensile strength of the composite improves first and then decreases , with a most value in the 20 % of the talc
2随着滑石粉含量的增加，该复合材料的拉伸强度先升后降，在滑石粉含量为20时达到最大，经混合偶联剂处理的复合体系，拉伸强度比未处理的提高约2倍，冲击强度比未处理的高约2倍多，但考虑到制品性能和成本，滑石粉填充量在30 - 40比较合理。 |
| 9. | The results of mechanical properties tests show that the tensile strength and the breaking elongation of the polyurethane composites decreased with the increased amount of particles , and the hardness increased with the increased amount of particles . the tensile strength and the breaking elongation of the polyurethane composites processed with kh550 coupling agent were better than those of the polyurethane composites processed with kh560
力学性能测试结果表明，填料的加入在一定程度上降低了聚氨酯弹性体基体的拉伸强度及断裂伸长率，而使硬度有所升高；经过偶联剂kh550处理的al _ 2o _ 3颗粒增强复合材料拉伸强度及断裂伸长率比kh560偶联剂处理的要高。 |
| 10. | The mechanic properties of the composite treated with coupling agent is better than that of the composite untreated . the coupling effect of the blend coupling agent is better than that of the only coupling agent . with the increase of coupling agent , the tensile strength of the composite increases first and then decreases , with a most value in the 1 % coupling agent
滑石粉经偶联剂处理后，填充体系的力学性能优于未处理的，混合偶联剂的偶联效果好于单一偶联剂效果，材料的拉伸强度随偶联剂含量的变化也是先升后降，在偶联剂含量1时达到峰值60mpa ，材料的冲击强度随滑石粉含量的变化也是先升后降，在滑石粉含量20时达到峰值6 . 3kj m ~ 2 。 |
