rigid particle造句
例句與造句
- together with nucleator and inorganic rigid particles, poe was found to improve the material's strength and toughness remarkably
實驗發(fā)現(xiàn)，poe增韌epf30r的效率很高，最佳用量為5?10份。 - it also showed in the experiment that the microfine inorganic rigid particles could improve the material's strength and toughness at the same time, which applied an effective method to improve the above two properties simultaneously
實驗中還發(fā)現(xiàn)超微無機剛性粒子在增強的同時，也具有增韌的作用，這為成功解決增韌和增強的矛盾提供了有效途徑。 - the charpy notched impact strength of the pp composite materials toughened with organic rigid particles and sbs elastomer has heightened by about 120 % compared with that of pure pp, and this fact knows that the organic rigid particles and sbs elastomer have cooperate action in toughening pp
用有機剛性粒子與彈性體sbs共同增韌pp時，發(fā)現(xiàn)二者有協(xié)同作用，復合材料的沖擊強度提高了120左右。 - the charpy notched impact strength of the pp composite materials toughened with organic rigid particles and sbs elastomer has heightened by about 120 % compared with that of pure pp, and this fact knows that the organic rigid particles and sbs elastomer have cooperate action in toughening pp
用有機剛性粒子與彈性體sbs共同增韌pp時，發(fā)現(xiàn)二者有協(xié)同作用，復合材料的沖擊強度提高了120左右。 - the effects of elastomer, nucleator, inorganic rigid particles, anti-oxidizer, and the ultraviolet light stabilizers on various compounds of the epf30r were explicated . the samples of different components were placed under the ultraviolet radiation to testify their anti-aging properties
實驗從epf30r改性配方著手，研究了彈性體、成核劑、無機剛性粒子、抗氧劑、光穩(wěn)定劑等組份在epf30r加工和應用中的作用。 - It's difficult to find rigid particle in a sentence. 用rigid particle造句挺難的
- the inserting method and properties of the composite materials in consist of omt and poly ( styrene-butyl acrylate ) had been researched; the ultra-fine organic rigid particles crosslinked polystyrene ( xps ) has been synthesized by emulsion polymerization, the effect of the synthesis process on the size of organic rigid particles was discussed . the cause of the increasing mechanical properties of pp composite materials, which were strengthened and toughened with organic rigid particles and elastomer, had been investigated . the results of studying viscosity and precipitate height of sio2 nano-particles suspension showed that the sio2 nano-particles are very good dispersed by dp270 or cat 639w dispersant
通過粘度法和沉降法測定結果的一致性，說明分散劑dp270和cat639w對sio_2納米粒子有較好的分散性，dp270的最佳用量為0.2時懸浮液粘度從35.1mpa?s降為23.3mpa?s，cat639w最佳用量為0.4時懸浮液的粘度從35.1mpa?s降為23.1mpa?s；通過研究分散劑存在下納米粒子的苯丙乳液聚合動力學，發(fā)現(xiàn)納米粒子的存在對乳液聚合有一定的緩聚作用，并討論了乳化體系、溫度、引發(fā)劑、表面處理劑以及納米粒子用量對聚合的影響。 - the inserting method and properties of the composite materials in consist of omt and poly ( styrene-butyl acrylate ) had been researched; the ultra-fine organic rigid particles crosslinked polystyrene ( xps ) has been synthesized by emulsion polymerization, the effect of the synthesis process on the size of organic rigid particles was discussed . the cause of the increasing mechanical properties of pp composite materials, which were strengthened and toughened with organic rigid particles and elastomer, had been investigated . the results of studying viscosity and precipitate height of sio2 nano-particles suspension showed that the sio2 nano-particles are very good dispersed by dp270 or cat 639w dispersant
通過粘度法和沉降法測定結果的一致性，說明分散劑dp270和cat639w對sio_2納米粒子有較好的分散性，dp270的最佳用量為0.2時懸浮液粘度從35.1mpa?s降為23.3mpa?s，cat639w最佳用量為0.4時懸浮液的粘度從35.1mpa?s降為23.1mpa?s；通過研究分散劑存在下納米粒子的苯丙乳液聚合動力學，發(fā)現(xiàn)納米粒子的存在對乳液聚合有一定的緩聚作用，并討論了乳化體系、溫度、引發(fā)劑、表面處理劑以及納米粒子用量對聚合的影響。 - the inserting method and properties of the composite materials in consist of omt and poly ( styrene-butyl acrylate ) had been researched; the ultra-fine organic rigid particles crosslinked polystyrene ( xps ) has been synthesized by emulsion polymerization, the effect of the synthesis process on the size of organic rigid particles was discussed . the cause of the increasing mechanical properties of pp composite materials, which were strengthened and toughened with organic rigid particles and elastomer, had been investigated . the results of studying viscosity and precipitate height of sio2 nano-particles suspension showed that the sio2 nano-particles are very good dispersed by dp270 or cat 639w dispersant
通過粘度法和沉降法測定結果的一致性，說明分散劑dp270和cat639w對sio_2納米粒子有較好的分散性，dp270的最佳用量為0.2時懸浮液粘度從35.1mpa?s降為23.3mpa?s，cat639w最佳用量為0.4時懸浮液的粘度從35.1mpa?s降為23.1mpa?s；通過研究分散劑存在下納米粒子的苯丙乳液聚合動力學，發(fā)現(xiàn)納米粒子的存在對乳液聚合有一定的緩聚作用，并討論了乳化體系、溫度、引發(fā)劑、表面處理劑以及納米粒子用量對聚合的影響。 - polarization microscope had observed that the size of sphere crystal of pp after adding organic rigid particles became smaller, the excellent compatibility of interphase between matrix and organic rigid particles in composite has been proved, and the organic rigid particles were drew out into cavities from matrix in the photograph of the impact breaking section by sem . the reason of enhanced toughness of the composite is that the material absorbed amount of energy at forming cavities, which is the mechanism of the pp composite toughened with the organic rigid particles
偏光顯微鏡顯示加入有機剛性粒子可使pp的球晶尺寸減小，sem觀察到復合材料中基體材料和剛性粒子的界面相容性較好，在沖擊破壞的材料斷面上，剛性粒子明顯被拔出形成“空穴”，這些微小空穴較易產生而吸收能量，從而提高了材料的斷裂韌性，這是剛性粒子復合聚丙烯的增韌機理。 - polarization microscope had observed that the size of sphere crystal of pp after adding organic rigid particles became smaller, the excellent compatibility of interphase between matrix and organic rigid particles in composite has been proved, and the organic rigid particles were drew out into cavities from matrix in the photograph of the impact breaking section by sem . the reason of enhanced toughness of the composite is that the material absorbed amount of energy at forming cavities, which is the mechanism of the pp composite toughened with the organic rigid particles
偏光顯微鏡顯示加入有機剛性粒子可使pp的球晶尺寸減小，sem觀察到復合材料中基體材料和剛性粒子的界面相容性較好，在沖擊破壞的材料斷面上，剛性粒子明顯被拔出形成“空穴”，這些微小空穴較易產生而吸收能量，從而提高了材料的斷裂韌性，這是剛性粒子復合聚丙烯的增韌機理。 - polarization microscope had observed that the size of sphere crystal of pp after adding organic rigid particles became smaller, the excellent compatibility of interphase between matrix and organic rigid particles in composite has been proved, and the organic rigid particles were drew out into cavities from matrix in the photograph of the impact breaking section by sem . the reason of enhanced toughness of the composite is that the material absorbed amount of energy at forming cavities, which is the mechanism of the pp composite toughened with the organic rigid particles
偏光顯微鏡顯示加入有機剛性粒子可使pp的球晶尺寸減小，sem觀察到復合材料中基體材料和剛性粒子的界面相容性較好，在沖擊破壞的材料斷面上，剛性粒子明顯被拔出形成“空穴”，這些微小空穴較易產生而吸收能量，從而提高了材料的斷裂韌性，這是剛性粒子復合聚丙烯的增韌機理。 - polarization microscope had observed that the size of sphere crystal of pp after adding organic rigid particles became smaller, the excellent compatibility of interphase between matrix and organic rigid particles in composite has been proved, and the organic rigid particles were drew out into cavities from matrix in the photograph of the impact breaking section by sem . the reason of enhanced toughness of the composite is that the material absorbed amount of energy at forming cavities, which is the mechanism of the pp composite toughened with the organic rigid particles
偏光顯微鏡顯示加入有機剛性粒子可使pp的球晶尺寸減小，sem觀察到復合材料中基體材料和剛性粒子的界面相容性較好，在沖擊破壞的材料斷面上，剛性粒子明顯被拔出形成“空穴”，這些微小空穴較易產生而吸收能量，從而提高了材料的斷裂韌性，這是剛性粒子復合聚丙烯的增韌機理。 - the data of mechanical properties test proved that the composite materials compounded with 0.39 ~ 0.46um ps organic rigid particles at 0.2 % ( wt ) and pp have excellent strength and toughness . sem photograph found that the organic rigid particles were separated into 60 ~ 80nm size in the composite by melting process, which has belter toughness compare with the pp compounded with ultra-fine organic rigid particles
用2粒徑為0.390.46um的xps復合pp，經力學性能測試，有最好的增韌效果；sem掃描電鏡發(fā)現(xiàn)，經熱加工的復合材料中最小的有機剛性粒子粒徑可部分分散到6080nm，該復合材料比超細有機剛性粒子復合的pp有更好的沖擊韌性。 - the data of mechanical properties test proved that the composite materials compounded with 0.39 ~ 0.46um ps organic rigid particles at 0.2 % ( wt ) and pp have excellent strength and toughness . sem photograph found that the organic rigid particles were separated into 60 ~ 80nm size in the composite by melting process, which has belter toughness compare with the pp compounded with ultra-fine organic rigid particles
用2粒徑為0.390.46um的xps復合pp，經力學性能測試，有最好的增韌效果；sem掃描電鏡發(fā)現(xiàn)，經熱加工的復合材料中最小的有機剛性粒子粒徑可部分分散到6080nm，該復合材料比超細有機剛性粒子復合的pp有更好的沖擊韌性。 - the data of mechanical properties test proved that the composite materials compounded with 0.39 ~ 0.46um ps organic rigid particles at 0.2 % ( wt ) and pp have excellent strength and toughness . sem photograph found that the organic rigid particles were separated into 60 ~ 80nm size in the composite by melting process, which has belter toughness compare with the pp compounded with ultra-fine organic rigid particles
用2粒徑為0.390.46um的xps復合pp，經力學性能測試，有最好的增韌效果；sem掃描電鏡發(fā)現(xiàn)，經熱加工的復合材料中最小的有機剛性粒子粒徑可部分分散到6080nm，該復合材料比超細有機剛性粒子復合的pp有更好的沖擊韌性。