milled powder 中文意思是什麼

milled powder 解釋
磨碎粉末
  • milled : adj. 1. 碾碎的，碾磨過的；粉碎的；銑過的。2. （硬幣的）邊緣弄高並軋花邊的。
  • powder : n 1 粉，粉末。2 （搽臉的）香粉；牙粉；發粉。3 （一服）藥粉；粉劑；散。4 塵土，泥屑；雪糝。5 炸藥...
  1. Carbon can promote the forming of carbide of fe3c mostly during the ma, while it seems that chromium makes amorphism easier. in addition, this paper also made a research on the milled powder forming technology, and presented some improvement methods

    機械合金化過程中，碳元素可以促進以fe _ 3c為主的碳化物的析出，鉻元素使粉末更趨向于非晶態轉變，並使材料出現超順磁現象。
  2. The equipment could mill all kinds of material which could be milled on traditional pulverizer, but also could mill powder which strictly prescribe the maximal diameter and size distribution is confined, such as kaoline, talcum powder, copycat powder, coating, mica, hormones, alumina etc

    設備都能超細加工在普通粉碎機上能夠被粉碎的物料，尤其適合加工那些嚴格規限最大顆粒井要求粒度分佈狹窄的產品，比如高嶺土、滑石粉、復印機粉、塗料、雲母、生長素、氧化鋁等。
  3. After the cu - al mixed powder was milled 96h, the lattice constant of cu ( 111 ) plane became 0. 3653nm, and the diffraction peaks of aluminum have disappeared completely, which showed that aluminum atoms have dissolved in crystal lattice of copper

    當cu - al混合粉末球磨時間大於96h時， cu的（ 111 ）面的點陣常數變為0 . 3653nm ， al的衍射峰已完全消失。通過分析可知，經過96h的球磨， al原子已經完全吲溶於cu的晶格中。
  4. The dta showed there was large amount additional energy deposited in the compound powder. by calculation, the 4 - hour milled powder stored 28. 1 % of phase transformation energy of cu, and the 8 - hour milled powder stored 31. 4 %

    經過計算得出， 4小時球磨粉儲能約為cu相變潛熱的28 . 1 ， 8小時球磨粉儲能約為cu相變潛熱的31 . 4 。
  5. Firstly, the mechanism of the preparation of superfine quartz powder with ball mill is studied in this article, based on nature of quartz material, griffith ' s strength theory and the crush theory of planetary ball mill. the problem of granulation during the process of the preparation of superfine quartz powder is studied minutely. and proposed increasing dispersant and disperser medium to restrain granulation, and dispersing use ultrasonic after milled

    首先，本文結合石英材料的基本物性，以格里菲斯強度理論和行星式球磨機的粉碎原理為基礎，研究了球磨法制備超細石英粉體的機理，同時對粉石英制備過程中的團聚問題及其控製作了細致的研究，提出粉磨過程中增加分散劑和分散介質來抑制團聚，粉磨后採用超聲法進行分散，並確定了最佳分散劑、分散介質的用量和最佳超聲分散時間。
  6. The preparation of porous ni - ti alloys by mechanical milling and powder metallurgy has been studied in this paper in order to reveal the phase transformation and densifying behaviors of different degree milled ti - 50. 5at % ni powders during sintering

    採用150r min和200r min兩種轉速來高能球磨近等原子比ni ， ti純元素混合粉末，研磨直到非晶態為止。
  7. The cementing metal and carbon nanotubes ( cnts ) were added into the milled solid solution of w - c. by ball milling not only the additives were well dispersed in the the powder but also the size of cementing metal crystal was reduced, which was in favor of the reinforcement of alloys

    在w _ （ 50 ） c _ （ 50 ）球磨製得的粉體中直接加入粘結金屬和碳納米管，利用高能球磨混合，提高它們在粉體中的分散程度的同時可以進一步減小粘結相的晶粒尺寸，有利於提高材料性能。
  8. For the powder milled to amorphous state, because of its very fine structure, it is easy to occur phase transformation and has good size stability when sintered

    研磨到非晶態的粉末由於元素達到原子尺度混合，大大縮短了擴散距離，不僅易於發生固態相變，而且燒結體尺寸穩定性好。
  9. Experimental results show that the grains were gradually triturated to namometer size with milling time and the grain size might be 30nm or so, but the grain size was not decreasing after the powder has been milled for 25 hours. the nano - sized sic was synthesized by ball milling of si and c mixed powders which rare earths as a additive was added to

    結果表明：隨著時間的延長，粉末逐漸細化至納米級，可以細化到30nm左右，但球磨時間超過25h后粉末顆粒繼續細化的速度明顯放慢，並且在球磨的過程因為晶粒細化和晶粒內部發生了嚴重的晶格畸變，納米粉體x射線衍射峰產生嚴重寬化。
  10. The particle size distribution analysis ( psd ) shows that the pp / iron co - powder pan - milled for 30 cycles has a mean diameter of 9. 6 um with multi - peak distribution

    本研究為從大到小比ottomtoup ）制備金屬微粒分散性良好的聚合物金屬復合材料提供新原理、新方法。
  11. Namometer silicon carbide powder was prepared from industrial silicon carbide by high energy ball milling. then the morphology and the phase structure of the milled powder were inspected by y - 4a xrd and philips xl30 peg sem., the variational rules of milled sic powder size were determined

    用philipsxl30feg型掃描電鏡、 y - 4a型x射線衍射儀對球磨后的粉末進行了形貌觀察和相結構分析，統計了sic粉體尺寸隨球磨時間的變化規律。
  12. Product appearance : shipped, milled dry powder. water added before application

    產品外觀：干細粉末，只需添加50的水即可使用。
  13. It is indicated that mechanical milling dramatically enhances the activity of the powder and thus making the solid state diffusion between the two elements much easier. on the other hand, green samples made of deep milled powders are hard to sinter to their densification

    實驗結果表明，機械研磨由於顯著提高粉體活性而促進ni ， ti元素間的擴散相變，研磨程度越深，對固態反應相變的促進作用越大。
  14. And the morphology and the phase structure of the milled powder were inspected by philips xl30 peg sem and y - 4a xrd. the results revealed that : by adding some rare earths to the mixture of si and c powders, the rate of synthesizing sic increased and the grinding rate quickened

    採用稀土作為添加劑，利用高能球磨機球磨微米尺寸si 、 c的混合粉體使其合成納米尺寸的sic ，利用掃描電鏡觀察經球磨后的粉體形貌，用y - 4a型x射線衍射儀對球磨后的粉體進行物相分析。
  15. Raw material of powder and binder are mixed fully into the wet - soft materials in the round ( cone ) container by the bottom mixed paddle and then cut into even wet particles by the side high - speed milled paddle

    粉體物料與粘合劑在園筒形容器中由底部混合槳充分混合成濕潤軟材，然後由側置的高速粉碎槳切割均勻的濕顆粒。
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