碾磨盤 的英文怎麼說

中文拼音 [niǎnmópán]
碾磨盤 英文
pan mill
  • 碾 : Ⅰ名詞（碾子） roller Ⅱ動詞1 （用碾子等使穀物去皮、破碎） grind or husk with a roller 2 （碾碎） c...
  • 磨 : 磨動詞1 （摩擦） rub; wear 2 （研磨） grind; mull; polish 3 （折磨） grind down; wear down [out]:...
  • 盤 : Ⅰ名詞1 （盤子） tray; plate; dish 2 （形狀或功用像盤的東西） sth shaped like or used as a tray pl...
  1. Cacao liquor disk mill

    圓盤式可可液漿碾磨機
  2. Spherulites dimension also decreases due to the chemical changes occurred during pan - milling. viscosity test shows that chain scission occurred during pan - milling, which caused slight reduction of mechanical properties. polypropylene / polyamide 6 ( pp / pa6 ) ultra - fine powder was prepared through pan - milling at ambient temperature

    通過磨盤碾磨在常溫下制備了聚丙烯/尼龍6 （ pp / pa6 ）超細復合粉體，其粒徑可通過碾磨時間、磨盤轉速、磨面靜壓力、碾磨溫度等工藝參數控s摘要一制。
  3. The two constituents were compatibilized in - situ by mechanochemical reactions induced by pan - milling and the microstructure of the blend can be controlled conveniently by adjusting processing conditions. polyamide 6 / ground limestone powder ( pa6 / caco3 ) and polyamide 6 / silicon dioxide ( pa6 / sio2 ) composites were also prepared through this method. those pa6 blends and composites exhibit improved microstructure and superior mechanical properties to the systems mixed by conventional mixing methods

    研究了磨盤碾磨對尼龍6的粉碎機理，制備了就地增容、微相結構可調的聚丙烯/尼龍6 （ pp / pa6 ）及尼龍6 /碳酸鈣（ pa6 / caco _ 3 ） 、尼龍6 /納米級二氧化硅（ pa6 / nano - sio _ 2 ）共混復合材料，各體系混合效果、微相結構及力學性能均明顯優于採用傳統混合設備制備的試樣。
  4. Raman spectra of pp during pan - milling indicates that the amorphization of pp was resulted from molecular motion, chain deformation and deterioration of packing regularity caused by deformation under stress

    二、將磨盤型力化學反應器應用於金屬的碾磨粉碎，碾磨25次后，部分鐵粒子的尺寸為40 ? 120nm 。
  5. The parameter design inve stigati on of inner roller of pyramidal pulverizer

    錐磨型粉碎機內碾盤的參數化設計與研究
  6. Study on particle size distribution of polypropylene and grafting rate during pan - milling

    磨盤碾磨聚丙烯粒度分佈與接枝率的研究
  7. The materials come into inlet from upper side of machine, and they fall down onto the dispersing materials plate rotating with central axis in two ways, then the materials are sent into passage between rollers and rings, after they are grinded into pieces, they are discharged from the down lip

    物料從機器上部側面進料斗進入，分兩路散落在同中心軸一起旋轉的散料盤上，沿圓周通道均勻送入磨環和磨輥之間，被磨輥碾壓碎后從下部排料口排出。
  8. The particle size distribution exhibits two peaks due to the different pulverizing efficiency on the two polymers. besides, pan - milling mixing can compatibilize the two polymers in - situ through mechanochemical reactions. viscosity analysis, thermal analysis and ft - ir experiments show that the tg of pp in pp / pa6 co - powder formed by pan - milling mixing and its thermally molded article increased a lot compared to that of pp in pp / pa6 simple blend

    力學性能測試及形貌分析結果表明，由於磨盤碾磨混合作用在固相就對兩種聚合物進行了有效分散和就地增容，在特殊的加工溫度下，可得到與使用pp唱mah增容劑的共混體系相似的微相結構，分散相尺寸較簡單ppffia
  9. During the initial pan - milling period ( 1 - 5 milling cycles ), a sudden particle size reduction was observed, which can be described by " avalanche " pulverizing mechanism, i. e., large amount of energy caused by pan - milling press force accumulated in deformable polymers to a critical point and then the deformed polymer flakes suddenly collapsed to small particles by shear force

    結果表明，在碾磨初期（ 1 5碾磨循環） ，聚合物粒子的粒度有一個驟降過程，是磨盤強大擠壓力場作用於塑性材料引起的能量積累達到其破壞極限后引起的突然破碎，可用均一粉碎機理描述。
  10. A solid - state shear compounding technology based on pan - milling ( s3c ) has established, by which the graphite with weakly combined structure are exfoliated and then compounded with pp at nanoscale. the obtained pp / graphite nanocomposites have greatly enhanced electrical and thermal conductivity. their structures and properties were characterized by analysis of particle size and distribution, sem, tem, xrd, the electrical conductivity, the thermal conductivity and heat - decomposition temperature etc. by taking advantages of the layered inorganic fillers with a weak interaction between layers ( e. g

    磨盤碾磨剪切力場使pp分子鏈斷裂，相對分子質量減小，石墨的導熱和潤滑性能抑制pp的降解和粉碎，使pp / yep250 （膨脹石墨250倍）復合粉磨盤碾磨固相剪切復合技術及導電導熱pp /石墨納米復合材料的制備與性能體中， pp分子運動活性提高，結晶能力增強，為pp在熔融加工中進一步向己剝離的石墨片層間擴散，形成納米復合結構創造了條件。
  11. In this paper, the microstructure changes of polypropylene induced by a complex combination of shearing, compression, stretching and friction actions during single pan - milling or co - milling with iron, uhmwpe and waste tire rubber chips ( wtr ) were studied and the stress induced effects were revealed. the structure and morphological development of iron particulates and wtr during pan - milling and co - milling with polypropylene were also characterized. the properties of pp / fe, pp / wtr and pp / wtr / fe composites prepared through pan - milling techniques were investigated

    本文利用磨盤型力化學反應器對被碾磨材料施加強大的剪切、環向應力、擠壓、拉伸和摩擦作用，研究聚丙烯碾磨和共碾磨粉碎過程微觀形態結構和性能的變化，以及聚合物在碾磨過程中呈現的力化學現象，並將其應用拓展至金屬、橡膠等體系，研究碾磨粉碎在聚丙烯鐵超微粉體的制備、高交聯密度彈性材料廢舊輪胎橡膠（ wtr ）的超微粉碎，以及pp fe ， pp wtr材料的性能與碾磨作用的關系。
  12. The process and mechanisms of slipping, exfoliation to layered graphite and compounding with polypropylene ( pp ) on nano - scale were systemically studied. the effects of shearing force field offered by pan - milling and confined environment of the exfoliated graphite on the microstructure of polypropylene, the electrical and thermal conductivities of the nanocomposites were also investigated. based on the experimental results, a modified electrical conductive model as well as thermal conductive model for polymer - based composites was proposed

    利用層狀無機物（如石墨）的弱層間結構和聚合物的粘彈性特點，在磨盤碾磨剪切力場作用下，通過摩擦和拉伸形變錯位、擠壓嵌合、拉伸滑移、剪切剝離與粉碎和混合分散等過程，實現層狀無機物層間剝離和與聚合物的納米復合。
  13. A novel technique - pan - milling mixing was developed to prepare high performance polymer blends and composites and to control the microstructure by applying the excellent pulverizing, mixing and in - situ compatibilizing functions of our self - designed pan type milling equipment. the pulverizing process and its mechanism of polymers in pan - mill were systematically investigated. through this method, a polypropylene / polyamide 6 ( pp / pa6 ) blend was obtained

    本文利用自製的專利設備磨盤形力化學反應器的強大粉碎、混合功能及就地增容作用，建立了用於高性能尼龍6共混復合材料制備及其微相結構控制的「磨盤碾磨混合」 （ pan - millingmixing ）新方法。
  14. In addition, the electrical and thermal conductive pp / graphite composites prepared by s3c technology keep pretty good mechanical properties. this research develops the intercalation technique for nanocomposites, as well as pan - milling mechanochemistry, the electrical and thermal conductive theories of polymer based composites. the main outcomes are listed as follows : 1

    研究結果表明，磨盤碾磨剪切力場實現石墨的層間剝離及與pp的納米復合是分階段完成的，是碾磨過程產生的摩擦、擠壓、拉伸和剪切應力及物料螺旋運動過程綜合作用的結果。
  15. After 25 cycles of milling, the grain size of iron gets down to 22nm as calculated by scherrer equation. the psd suggests that the size reduction of pp is more effective when pp was co - milled with iron particulate

    Wtr的比表面積隨碾磨次數增加而增大，碾磨25次wtr比表面積由0刀073mz g增大為7二304m勺g ，表明磨盤碾磨在制備高表面活性的橡膠粉末獨具優勢。
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