- 塑化
- 塑性化
- 增塑作用
- external plasticization: 外增塑作用
- heat plasticization: 高溫塑煉; 熱塑煉
- integral plasticization: 內(nèi)增塑作用; 全增塑作用
- intermolecular plasticization: 分子間塑化
- internal plasticization: 內(nèi)塑化; 內(nèi)增塑作用; 全增塑作用
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plasticization中文什么意思
- 塑化
- 塑性化
- 增塑作用
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例句與用法
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- The self - plasticization and self - reinforcement of nanocrystal pvc was studied , too
同時(shí)發(fā)現(xiàn)納米晶pvc對(duì)pvc具有增塑增強(qiáng)作用。 - Simulations of three - dimensional flow fields in metering section of screw during plasticization process
塑化過(guò)程螺桿計(jì)量段三維流場(chǎng)的數(shù)值模擬 - The crystal pvc is crashed by jet - mill to prepare nanocrystal pvc . the crash , degradation and the change of morphology and crystalline structure changes of pvc is studied by ftir , sem , dsc , tem . the self - plasticization of nanocrystal pvc is studied , too
用氣流磨對(duì)結(jié)晶pvc進(jìn)行粉碎，制備了納米晶pvc ，研究了在高速氣流作用下pvc的破碎降解、顆粒形態(tài)和微晶結(jié)構(gòu)變化，研究了納米晶pvc對(duì)pvc的增塑作用。 - The results show that there is anomalistic crystal whose size reaches nanometer grade in fine pvc ; the crystal structure is damaged by jet - milling , which induces the melting point of nanocrystal pvc decreases from 210 to 128 . the nanocrystal pvc induces the decrease of plasicizing time and equilibrium torque and the increase of maximal torque , which show that the nanocrystal pvc have self - plasticization in pvc composites
通過(guò)sem 、 tem 、 ftir和dsc測(cè)試表明：氣流粉碎制得的pvc微粉中具有不規(guī)則納米晶體；氣流粉碎破壞了pvc的晶體結(jié)構(gòu)，使納米晶pvc的熔點(diǎn)從210下降到128 ；納米晶pvc使體系塑化時(shí)間、平衡轉(zhuǎn)距的降低、最大轉(zhuǎn)距升高，具有自增塑作用。 - The results showed that there was anomalistic crystal whose size reached nanometer grade in fine pvc ; it ' s about 80nm . the crystal structure was damaged by jet - milling , which induced the melting point of nanocrystal pvc decreased from 210 " c to 128 擄 c . the nanocrystal pvc induced the decrease . of plasicizing time and equilibrium torque and the increase of maximal torque , which showed that the nanocrystal pvc had self - plasticization in pvc composites
通過(guò)sem 、 tem 、 ftir和dsc測(cè)試表明：氣流粉碎制得的pvc微粉中具有不規(guī)則納米晶體，尺寸在80nm左右；氣流粉碎破壞了pvc的晶體結(jié)構(gòu)，使納米晶pvc的熔點(diǎn)從210下降到128 ；納米晶pvc使體系塑化時(shí)間、平衡轉(zhuǎn)距降低、最大轉(zhuǎn)距升高，具有自增塑作用；納米晶pvc的加入使pvc的沖擊和拉伸強(qiáng)度都有大幅度上升。