| 1. | Plastics - determination of izod impact strength
塑料.悬臂梁式冲击强度的测定 |
| 2. | Izod plastics - determination of izod impact strength
塑料制品.埃左氏 |
| 3. | Plastics - determination of izod impact strength
塑料悬臂梁冲击试验方法 |
| 4. | Izod plastics - determination of izod impact strength
塑料.伊兆特 |
| 5. | Testing method for izod impact strength of glass fiber reinforced plastics
玻璃纤维增强塑料的埃左氏冲击强度的测试方法 |
| 6. | If more psmn was added , izod impact strength of ppmn began to decrease
继续增加psmn的填充量，缺口冲击强度开始下降。 |
| 7. | The izod impact strength was increased 48 % and the tensile strength was increased 12 % contrast with pure pp , achieved the highest value when 3 % nano - sio2 by weight modified with silicone coupling agent and pp - g - mah was added
加入3纳米sio _ 2粒子，复合增容剂5份时复合材料力学性能最佳，相比纯pp其冲击强度提高48 、拉伸强度增加12 。 |
| 8. | When the contents of other blending components were fixed , with the content increasing of psmn , izod impact strength of ppmn was enhanced gradually . when the content of montmorillonite was 2wt % , max value of 36 . 24kj / m2 was achieved
在其它共混组分含量不变的条件下，随psmn填充量的增加，复合材料缺口冲击强度逐渐提高，在蒙脱土填充量为2wt时达到最大值36 . 24kj m ~ 2 。 |
| 9. | The mechanical tests result showed that when the mmt content is 2 % and the compatilizer content is 15 % , the pmc has best mechanical property . the izod impact strength is 16 . 45 kj / m2 and the tensile strength is 35 . 77 mpa , increasing 280 % and 4 . 3 % , compared with pure pp . the pom photo indicated that the o - mmt can reduce the scale of spherical crystal of pp
以am为插层剂得到的聚丙烯蒙脱土纳米复合材料中，蒙脱土保持剥离状态，但力学性能不理想，当土含量为0 . 5时，材料的冲击强度为9 . 58kj m ~ 2 ，拉伸强度为25 . 5mpa 。 |
| 10. | Based on the results of particle size analysis and sem observation as well as microstructural characterization of pp / fe co - powders , a pulverizing mechanism is proposed . the mechanical properties of pp / fe composites indicate that izod impact strength increased from 2 . 86 kj / m2 to 4 . 52kj / m2 , 68 . 7 % higher after 25 cycles of milling
Bet比表面积、粒度分布和sem分析表明， pp wtr共碾磨初期主要发生颗粒破裂细化，粉碎作用为主；碾磨后期，碾磨主要起混合作用，碾磨导致复合粉体比表面积下降，碾磨20次后比表面积下降为0 |
