改性尼龍 的英文怎麼說
中文拼音 [gǎixìngnílóng]
改性尼龍
英文
fourth order nylon-
Study of modification of nylon 11 by nano - meter sio
納米二氧化硅改性尼龍11的研究The modification effects of wollastonite on the properties of the sls part were investigated
研究了硅灰石對尼龍12燒結材料的填充改性作用。In attempt to prepare and investigate the novel high - performance electrically conductive polymer composites, the binary and multicomponent electrically conductive nanocomposites as well as the combined nano and in - situ composites were prepared with polypropylene ( pp ) served as the matrix, expanded graphite ( eg ) as a conductive filler, nylon 66 ( pa66 ) as a modifier, and maleic anhydride grafted polypropylene as an eg intercalater and the compatibilizer of pp - pa66, based on the state - of - art development in the realm of polymer / inorganic nanocomposites and polymer / polymer in - situ composites domestically and overseas. the main outcomes are obtained as follows : 1
本論文以制備和研究新型高性能聚合物導電復合材料為目的，跟蹤和借鑒國內外在聚合物無機物納米復合、聚合物聚合物原位復合領域的最新研究成果，制備和研究了以聚丙烯（ pp ）為基體、膨脹石墨（ eg ）為導電填料、尼龍66 （ pa66 ）為改性劑、馬來酸酐接枝聚丙烯（ gpp ）為eg插層劑和pp ? pa66增容劑的二元及多元導電納米復合材料和納米復合與原位復合組合復合材料，取得了以下主要研究成果： 1Isothermal and non - isothermal crystallization behaviors were also investigated. the results of ft - ir, uv spectrum, waxd and sem indicated that rigid rod polymer polyazomethines were polymerized in the composites. the addition of pam changed the crystallization morphology and apparent crystallinity of the composites, but did not change the basal crystal form
通過對復合材料ft - ir 、紫外光譜、 waxd和sem等測試分析，表明復合材料中存在剛性棒高分子聚甲亞胺，其存在改變了pa - 6的結晶形態和表觀結晶度，但尼龍6的晶型並沒改變。Triboligical and thermal properties of glass bead modified oil filled mc nylon
玻璃微珠填充改性含油鑄型尼龍的摩擦學和熱性能Morphological structure analysis indicates that the addition of pe - mah induces surface tension, makes phases uniformity, enhances bonding strength of interface and improves compatible property
Sem分析表明，接枝物的加入，降低了界面間的表面張力，使兩相分散均勻，分散度提高，增強了相間的粘接力，改善了尼龍11與聚乙烯的相容性。According to the different modifier, it is classified as follows : inorganic nanoparticle / nylon 6 in - situ composite, organic polymer / nylon 6 in - situ composite and carbon nanotube / nylon 6 in - situ composite
基於改性劑的不同，將其分為無機納米粒子尼龍6原位復合材料、有機高分子聚合物尼龍6原位復合材料和碳納米管尼龍6原位復合材料。Main quality problems analysis and improvement of dfh - lf 80 - 90 4wd tractor
履帶拖拉機濺油齒輪用改性尼龍的研製Based on the application of aluminum - inserted non - surface treatment cots, comprehension adjustment is done to the modes of surface treatments to the cots together with selection of nylon top cradles, and configuration of the dia. and durability of cots optimized and unoptimized in coordination with the cotton static collectors, the cv value is improved through application
摘要針對鋁襯套表面不處理膠輥在推廣過程中的應用情況，試驗了相關工藝如綜合調整膠輥表面處理方式，選用尼龍彈性上銷，優選后膠輥直徑和硬度，調整中膠輥直徑和硬度，配合抗靜電集棉器等的配置情況，經過生產實踐證明，成紗條干可得到進一步改善。Nylon for car brake pressure control, hydraulic, fuel supply systems, corrosion resistance, impatient, sealed a good performance, no vibration noise, not shaped, easy to install, convenient vehicle retrofit, good performance is integrated steel, rubber and incomparable
尼龍壓力管用於汽車制動、液壓、燃料供給系統，耐腐蝕、耐壓、密封性能好、無震動噪音、無需成型、易安裝、方便汽車改型，良好的綜合性能是鋼管、橡膠管無法比擬的。Research on the mechanical properties of modified nylon 6 composites
改性尼龍6復合材料的力學性能研究The first phase of construction of production basis of ten thousand - level modification project has been finished and put into production, which can develop and produce pa6, pa66, pbt, pp, abs, pc, ppo and all kinds of plastic and alloy series materials
萬噸級改性工程塑料生產基地的一期工程已完工投產，可開發生產尼龍6 、尼龍66 、 pbt 、 pp 、 abs 、 pc 、 ppo及各種塑料合金系列原料。Alkaline zinc - manganese battery is widely used all over the world it has good performance of storage ， low cost ， stable discharge and convenience of carrying the sealing of the battery is a crucial factor to the performance of the battery due to the disadvantages of present sealants ， leakage of electrolyte often happens what ’ s more ， the sealing capability affects the performance of the battery the way to raise the sealing capability is to search for a good additive ， which can improve the sealing capability through adding according to chemical principles ， this article picks out ptfe and nylon66 as additive adding ptfe or nylon66 into the pitch can improve the sealing capability of the pitch at the same time ， the temperature ， the time ， the amount of addictive ， the way to drop temperature and the time of churning all should be considered by testing the constitutions ， softening point ， moving degree and length of needle of various pitch samples ， we can compare the properties of different sealants can be studied by using of x - ray, the constitutions of the pitch can be indicated which can help us to explain these changes this article includes ： testing the constitutions ， soften point ， moving viscosity and needle penetration of various pitches ； raising the sealing capability by adding ptfe nylon66 into the pitches ； testing the constitutions ， soften point ， moving viscosity and needle penetration of raised samples ； analyzing and discussing the basic principles of this method it is showed that soften point ， moving viscosity and needle penetration of pitches are increased by adding ptfe nylon66 and the discharge time ， initial voltage ， capacity of battery with pitch raised by nylon66 are good and get to the requirement of gb t7 1 1 2 in a11 the method proposed in this article is available in practical industry use
通過測定改進瀝青的軟化點、運動粘度和針入度等指標參數來比較不同的添加劑及不同的添加條件對瀝青封口性能的影響。本論文的主要研究結果為：系統測試了多種瀝青樣品的組成、軟化點、運動粘度、針入度；對市售瀝青分別添加聚四氟乙烯乳液、有機硅樹脂和尼龍66進行改進，制備了改進產品；對改進瀝青的組成、軟化點、運動粘度、針入度進行了測試和比較；使用改進瀝青組裝成電池並對電池進行恆電流放電測試、短路電流測試和電池漏氣、漏液性能的測試；對瀝青改進的原理進行了分析和討論。實驗結果表明：在瀝青中添加尼龍66和聚四氟乙烯乳液對瀝青的封口性能有明顯的提高；通過對工藝條件的不斷改進，目前的工藝條件已完全可以用於實際生產操作；以添加尼龍66改進的瀝青為封口劑組裝成的電池完全滿足堿錳電池生產的需要，且電池電容量、短路電流等指標均達到gb t7112標準要求；本文提出的改進方案，通過驗證是一種效果好、實用性強的方法。Sem and tem can effectively explain the mechanism or cause of mechanical, friction, wear and processing properties of the composites by analysing the surface and phase structure of pa6 composites filled with surface treated nano - al2o3
研究結果表明:經過有機化處理的納米a12o3改性尼龍6 ，納米a12o3的最佳填充量為lophr ，此時復合材料的力學性能及摩擦磨損性能最佳。分享友人