izod impact strength 中文意思是什麼
izod impact strength
解釋
艾佐德沖擊強度-
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為插層劑得到的聚丙烯蒙脫土納米復合材料中,蒙脫土保持剝離狀態,但力學性能不理想,當土含量為0 . 5時,材料的沖擊強度為9 . 58kj m ~ 2 ,拉伸強度為25 . 5mpa 。 -
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比表面積、粒度分佈和sem分析表明, pp wtr共碾磨初期主要發生顆粒破裂細化,粉碎作用為主;碾磨後期,碾磨主要起混合作用,碾磨導致復合粉體比表面積下降,碾磨20次后比表面積下降為0 -
If more psmn was added, izod impact strength of ppmn began to decrease
繼續增加psmn的填充量,缺口沖擊強度開始下降。 -
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
在其它共混組分含量不變的條件下,隨psmn填充量的增加,復合材料缺口沖擊強度逐漸提高,在蒙脫土填充量為2wt時達到最大值36 . 24kj m ~ 2 。 -
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納米sio _ 2粒子,復合增容劑5份時復合材料力學性能最佳,相比純pp其沖擊強度提高48 、拉伸強度增加12 。 -
Plastics - determination of izod impact strength
塑料.懸臂梁式沖擊強度的測定 -
Izod plastics - determination of izod impact strength
塑料製品.埃左氏 -
Testing method for izod impact strength of glass fiber reinforced plastics
玻璃纖維增強塑料的埃左氏沖擊強度的測試方法 -
Moreover, when the filaments are treated for 12 minutes, the interfacial shear stress will be lower than that treated for 6 minutes. izod pendulum is used to test the influence of the fiber / matrix bond strength on the low velocity impact responses of the composites. the curves of energy - time, force - time and velocity - time are obtained by a data acquisition system
用擺錘低速沖擊儀對界面粘結強度不同的材料進行沖擊試驗,藉助數據採集系統得到沖擊過程中材料吸收的總能量、承受載荷、擺錘速度等參數與時間的關系曲線,並通過pc機處理,將載荷?時間曲線轉化為載荷?位移曲線。
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