工程塑料的冲击强度冲击试验是用来度量材料在高速冲击状态下的韧性或对断裂的抵抗能力的一种试验。测试工程塑料冲击试验的方法较多，主要有摆锤冲击试验法、落锤冲击试验法。摆锤冲击试验又分简支梁（Ｃｈａｒｐｙ）法和悬臂梁（Ｉｚｏｄ）法。目前国内测试工程塑料冲击强度使用较多的是简支梁法，而国外则大多使用悬臂梁法。选用冲击强度数据时，应注意所采用的试验方法。简支梁冲击试验所用的试样分为无缺口和有缺口两种。（１）无缺口试样简支梁冲击强度其冲击强度是指无缺口试样在冲击载荷作用下，破坏时所吸收的冲击能量与试样的原始横截面积之比，单位为ｋＪ／ｍ２。（２）缺口试样简支梁冲击强度其冲击强度是指缺口试样在冲击载荷作用下，破坏时所吸收的冲击能量与试样缺口处的原始横截面积之比，单位为ｋＪ／ｍ２。悬臂梁冲击试验所用的试样开有缺口，以试样破断时单位宽度所消耗的能量来衡量，单位是Ｊ／ｍ。表1-13列出了一些工程塑料的悬臂梁缺口冲击强度。什么是工程塑胶原料？http://www.gdsulong.com/News/31.html百度搜索“就爱阅读”,专业资料,生活学习,尽在就爱阅读网92to.com,您的在线图书馆
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IZOD冲击强度是什么意思？
53是表示材料的韧性数值,数值越大,表示材料的韧性越好.单位其实有三个.我弄个简图吧.0187
5.450.发表之后希望你能看懂.它们都是表示材料的冲击强度.表格为:单位之间的换算.Ft-1b/in
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缺口冲击强度是什么意思 缺口冲击强度在线翻译 缺口冲击强度什么意思 缺口冲击强度的意思 缺口冲击强度的翻译
缺口冲击强度
缺口冲击强度 双语例句1. 缺口冲击强度的反义词1. 结果表明，随着HNTs用量的增加，复合材料的拉伸性能、弯曲性能和维卡软化温度明显提高，但是缺口冲击强度有所降低。&&&&The results showed the tensile properties, flexual properties and the Vicat softening temperatures of the composite increased remarkably with the increase of HNTs content, while the notched impact strength decreased somewhat.2. 结果表明：高顺胶BR9004的增韧效果最好，IZOD缺口冲击强度高达236.1 J/m，与低顺胶700A的复合可使后者的综合力学性能提高(可与高桥8434牌号产品相媲美)；随着丙烯腈含量和树脂相分子量的增加，材料的IZOD缺口冲击强度、拉伸强度和断裂伸长率均有所提高；而树脂的拉伸强度则随着橡胶含量的增加而降低；在橡胶含量低于20\%时冲击强度随着橡胶含量增长迅速，高于20%时增长缓慢。&&&&The results show that high cis rubber BR9004 has the best toughening effect far superior to the rest, and the IZOD notched impact strength of the relative material reaches 236.1 J/m; when it is combined with low cis rubber 700A, the comprehensive mechanical properties of the later is comparable to Gaoqiao product (ABS 8434). The impact strength, tensile properties and elongation at break of materials increase with the increase of acrylonitrile content and molecular weight of resin phase. However, the tensile properties decrease with the rubber content increasing. The impact strength increases rapidly when the content of rubber is lower than 20%, but increases slowly when higher than 20%.3. 结果表明，EPDM-g-MS的接枝率与MES的缺口冲击强度具有紧密的相关性。&&&&The results showed the graft ratio of EPDM-g-MS and the notched impact strength of MES were closely correlated.4. 结果表明：共混物的缺口冲击强度和断裂伸长率随TPU含量的增加而提高；异氰酸酯基低聚物和聚醚在促进分散相分散、增强两相间的相容性方面发挥重要作用，降低了聚甲醛的结晶度，能够有效地提高共混物的缺口冲击强度和断裂伸长率。&&&&The results showed that with increasing content of TPU, elongation at break and notched impact strength of the blends increased.5. 缺口冲击强度在线翻译5. 结果表明，当废胶粉加入80份时，缺口冲击强度提高约67%。&&&&The results indicated the notched impact strength of the composite with 80 phr WRP increased by 67%.6. 随着PE-g-MAH量的增加，PC/PE共混物的缺口冲击强度有明显的提高，而机械强度和工作温度影响不大。&&&&A series of ternary blends of PC, PE and PE-g-MAH with different concentrations of PE-g-MAH were prepared.7. 缺口冲击强度7. 当SiO_2包覆纳米CaCO_3的添加量为0.5份时，缺口冲击强度提高了13%，断裂伸长率提高了169%，拉伸强度和弯曲弹性模量也有所提高。&&&&The morphology and performance of composites were investigated.8. 8. 但纯PBT缺口冲击强度低的缺点，限制了其应用范围的进一步扩大。&&&&But low notched impact strength of pure PBT limits its wider uses.9. 用DSC、裂解气相色谱及偏光显微镜研究了聚合时的加料方式，对以二氧五环为共单体的共聚甲醛的结构的影响，并研究了它与热碱稳定性、缺口冲击强度等性能的关系。&&&&The effect of charging order of dioxolane comonomer in copolymerization with trioxane on microstructure of polyacetal was investigated by DSC, pyrolysis gas chromatography and polarized microscope.10. 聚甲醛是一种高结晶性工程塑料，存在缺口敏感，冲击强度低、热稳定性差等缺点。&&&&Polyoxymethylene is an important plastic with pretty good properties.11. 作为我国特有的尼龙品种，尼龙1010具有很好的耐磨性、自润滑性以及低温性能等诸多优点，但尼龙1010的冲击强度对缺口比较敏感，其缺口冲击强度较低。&&&&&&As a Chinese unique nylon, nylon 1010 has good abrasion resistance, self lubrication and low temperature properties, but it has low notched impact strength due to its low crack propagation energy.12. 12. DDV、SEM、偏光显微镜的分析表明，Cl_2/SO_2为1∶2，氯磺化聚丙烯适当时，PP与PA1010有着良好的相容性，其缺口冲击强度，熔体流动速率均提高。&&&&&&The DDV, SEM and micropolariscope analysis showed, when the Cl_2/SO_2 ratio was 1∶2 and the chlorosulfonation of polypropylene was proper, PP and PA1010 blend has had a good compatibility, and both its notched Izod impact strength and melt flow rate have been raised.13. 13. 冲击试验之目的在於将冲击力於瞬间施加在试片上，将其打断后，测定击断试片所吸收之能量，而以此能量来表示材料之冲值，一冲击强度进而比较材料之韧性或脆性特别是测试低温脆性，缺口脆性或回火性等。&&&&&&Designed for testing the impact fracture strength of plastics, composites, or even metallic materials etc. Impact is applied to a test piece put on an anvil by a hammer brought up to a specified level of lifting angle.14. 与纳米粒子相比，烷基化纳米粒子与复合纳米粒子改善了聚合物基体的力学性能，尤其是复合粒子的添加，使基体缺口冲击强度有着较大的提高。&&&&&&In comparison with nanoparticles, alkylated nanoparticles and composited nanoparticles evidently improve the mechanical properties of polymer matrix. In particular, addition of composited particles enhances the impact strength of PP by nearly 100%.15. 结果表明：三种粒子进行单组分增韧改性PVC时，ACR的改性效果最好，且在用量为15份时缺口冲击强度达到最大；两组分复合增韧改性PVC时，CPE/ABS、CPE/ACR都出现了协同增韧效应，且CPE/ABS(质量比4/1)协同增韧效果最好，与同等用量(15份)的CPE相比，其缺口冲击强度增加了114.2%。&&&&&&The results showed ACR had the best toughening effect when PVC was toughened by only one of ACR, CPE and ABS, and the notched impact strength was the maximum when the content of ACR was 15 phr. The binary compounds of CPE/ABS and CPE/ACR had synergistic effect on the toughening modification of PVC. The notched impact strength of CPE/ABS/PVC (4/1/100) was the best, whi...16. PP1700的拉伸强度、拉伸屈服强度和缺口冲击强度比PP S2040、Exxon3155高，而断裂伸长率却最低。这是由于PP1700的熔体流动速率小，相对摩尔质量大，强度相对提高。&&&&&&Owing to the lowest MFR and largest molecular weight of PP 1700, the tensile strength, yield strength and notched impact strength of PP 1700 were better than those of PP S2040 and Exxon 3155, but the elongation at break of PP 1700 was the lowest.17. PA6/POE-g-MAH二元复合材料的研究发现，共混物具有良好的相容性；在POE-g-MAH为10至15份时，体系的缺口冲击强度大幅度上升，出现。。。&&&&&&The study of PA6/compatibilizer precursors/PP composites showed that, PP-g-MAH fitted PA6/PP(8303)alloy for a compatibilizer precursor, the over-all mechanical properties of composites wer POE-g-MAH fi...18. 18. 共混体系的缺口冲击强度、抗张强度以及断裂伸长率均有成倍提高。&&&&&&Impact strength and other mechanical properties of this polyblend increased significantly with increasing amount of block copolymer alloy up to 5wt% content.19. 结果表明：①试样的厚度越大，试验跨度越大，冲击强度就越大；②简支梁冲击强度随温度的降低而降低；③ACR的加入能提高简支梁冲击强度；④缺口敏感性材料受缺口尖端半径影响较大；⑤一次注塑的缺口试样冲击强度较高，而经二次机械加工成型的缺口试样冲击强度较低，其中又以经铣床加工的缺口试样冲击强度最低。&&&&&&The results showed that:(1) the bigger the sample thickness and the experiment span, the bigger was the i (2)the Charpy impact strength was reduced with the dec (3)the addition of ACR could improve Ch (4)influences of the top radius of notch on notch.20. 在矿物增强阻燃复合材料中引入稀土表面改性剂对无机粉体进行活化处理，在保持阻燃性能的前提下，改善了阻燃剂及无机粉体材料与高分子材料的相容性，显著提高了阻燃PA材料的热变形温度和缺口冲击强度，明显提升了阻燃PP材料的伸长率和缺口冲击强度，产品表观状态也得到大幅度改善，阻燃复合材料的综合性能优异。&&&&&&The heat distortion temperature and notched impact strength of flame-resistant PA was enhanced highly, and the elongation rate and notched impact strength of flame-resistant PP was upgraded greatly, meanwhile the apparence of products was improved.缺口冲击强度是什么意思,缺口冲击强度在线翻译,缺口冲击强度什么意思,缺口冲击强度的意思,缺口冲击强度的翻译,缺口冲击强度的解释,缺口冲击强度的发音,缺口冲击强度的同义词,缺口冲击强度的反义词,缺口冲击强度的例句,缺口冲击强度的相关词组,缺口冲击强度意思是什么,缺口冲击强度怎么翻译,单词缺口冲击强度是什么意思常用英语教材考试英语单词大全 (7本教材)
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