顆粒分散 的英文怎麼說

中文拼音 [kēlìfēnsǎn]
顆粒分散 英文
particle dispersion
  • 粒 : Ⅰ名 （小圓珠形或小碎塊形物） small particles; grain; granule; pellet Ⅱ量詞（用於粒狀物）
  • 分 : 分Ⅰ名詞1. （成分） component 2. （職責和權利的限度） what is within one's duty or rights Ⅱ同 「份」Ⅲ動詞[書面語] （料想） judge
  • 散 : 散動詞1. （由聚集而分離） break up; disperse 2. （散布） distribute; disseminate; give out 3. （排除） dispel; let out
  • 顆粒 : 1 （小而圓的東西） pellet; bead; dust; anything small and roundish （as a bean pearl etc ）2 （一...
  1. This paper calls it particles disperse system ( ds )

    本文將此混合物稱之為顆粒分散體系。
  2. Electrorheological ( er ) fluids, composed of nonconducting or weakly conducting particles dispersed in an insulating liquid, undergo dramatic, reversible changes when exposed to an external electric field

    電流變液（ electrorheologicalfluids ）通常是高介電常數的微小顆粒分散在低介電常數的絕緣液體中形成的懸浮體系。
  3. The interactions between particles were discussed based on dlvo and edlvo theories. experiment results show the effect of the ph on the dispersion is due to the repulsion interactions of electrical double layer ; and addition suitable inorganic dispersant or organic macromolecule dispersant results in improvement the stabilization of the dispersion. the main action of the inorganic dispersants is to increase the repulsion interactions of electrical double layer and the main action of organic macromolecule dispersant is to increase hydration shell and steric hindrance

    研究表明： ph對顆粒分散的影響主要體現在對顆粒間雙電層靜電排斥力的改變；添加合適分散劑可以改變顆粒在水中的分散性；無機電解質的分散機制主要是增加顆粒表面的雙電層靜電排斥作用能，而高分子分散劑的分散機制主要是增加顆粒的水化膜排斥能和位阻排斥能；復合分散劑的分散效果要優于單一分散劑；提出了用經時損失性來評價分散穩定性。
  4. Ajs20, the precursor contained 20wt % alunina sol seeding, was calcined at around 1000 to get free - aggregation nano - sized a - alaos powders with a median particle size of 70nm. and, calcining ajs2, the precursor contained 2wt % alumina sol seeding, at hoo ' c, we get a - alaos nano - sized powders with a particle size of loonm and good dispersion by tem. this paper also gives the proper mechanisms of these factors " influences on the transformation to alpha phase

    研究結果顯示，含有20wt膠體籽晶的前驅體ajs20在1000左右煅燒就可獲得平均粒徑為70nm 、無團聚的納米- al _ 2o _ 3粉體；而含有2wt膠體籽晶的前驅體ajs2在1100即可獲得粒徑在100nm左右、幾乎單顆粒分散、有少量「樹枝狀」微結構的納米- al _ 2o _ 3粉體。
  5. By introducing the diffusion caused by sediment colliding, the diffusion theory is revised, and the equation for sediment concentration distribution is derived from theory analysis

    進而在引入顆粒碰撞擴散的基礎上，對泥沙顆粒擴散理論進行修正，從而在理論上得到了挾沙水流泥沙含量分佈規律的公式。
  6. The discrete element method ( dem ) is a powerful tool in analyzing granular assembly. the granular discrete element method can be applied to the partials, whose shape can be approximately described as a sphere

    離散元法（ dem ）是分析散體力學行為的數值方法，顆粒離散元法適用於單個幾何形狀可用圓球近似而不產生顯著差異的情況。
  7. It also shows that the dispersant is added before reaction will be better than after. so the dispersant is an effective way to eliminate water from the gel. therefore, the agglomeration state in the obtained powder was well controlled by adding dispersant

    通過適當的后處理，沉澱反應前和反應后添加分散劑的工藝制得的- al _ 2o _ 3的一次顆粒分別為27nm和30nm ；其二次顆粒的平均粒徑分別為40mm和50mm ，且前者團聚程度較輕。
  8. Certain discrepancy remain between the simulation results and the experiment results, not only caused by the turbulent model, but also by the simplification of the inlet boundary condition and the mesh generation. modeling gas - particles interaction flows is complex. in this thesis, gas - phase transport equations coupled with the gas - particle interaction are derived based on the dsm turbulent models to handle the interaction of momentum and kinetic energy of turbulence between the gas and particles

    分離器內的固體顆粒運動採用涉及湍流擴散影響的隨機軌道模型和確定軌道模型，同時在湍流模型中加入了顆粒影響的源項，在流場計算的基礎上，模擬了不同直徑的顆粒在分離器內的運動規律及顆粒分離效率，並同理論和實驗得到的數據進行了比較。
  9. The result of experiment showed that the reaction between ti and c is a thermodynamic course, when 2 wt % mg is added to melt, it can restrain the formation of fragility phase al3ti, and gained al matrix composite which contained tic reinforced particles only. because mg reacts with the forms a micro - high temperature field around the oxide around the graphite particles and the oxygen gas which is brought by the immersion bell, and the reaction gives out a lot of heat energy, thus forms many high micro - fields in melt, which prompt the reaction between the al and ti

    加入適量的mg （ 2wt ）可以抑制tic al復合材料中的脆性相al _ 3ti的產生，生成僅含tic的鋁基復合材料；由於活化劑鎂在體系中與石墨顆粒周圍的氧化物、以及外來的氧反應放熱，在熔體中形成微高溫區，促進al - ti反應，同時， al - ti反應也是放熱反應，因此體系中的內能急劇增大，促使al _ 3ti分解以及ti朝c顆粒擴散，縮短反應的孕育時間。
  10. This paper investigates the em properties of carbonyl - iron / epoxy ds, including measuring and calculating the em parameters of the ds, the influence of matrix, particles content and thickness on absorbing properties

    本文對羰基鐵粉環氧顆粒分散體系的電磁性能進行研究，包括體系的等效電磁參數的測量和計算，體系基體、顆粒含量、厚度等對吸波性能的影響等。
  11. The properties of composite coating is relative to the dispersion of nano - alumina in plating solution and nano - powder content in coating which is leading by particle dispersible quality

    納米顆粒分散效果的好壞將直接關繫到其在復合鍍層中的分佈和復合量，進而影響復合鍍層的性能。
  12. Liquids are divided into single and complex fluids according to theirs structure. complex fluids are called soft materials too. electrorhological fluids compose of high dielectric constant particles and lower dielectric constant carrier fluids

    電流變液是一種典型的軟物質，通常是由高介電常數的微小顆粒分散在低介電常數的絕緣液體中形成的懸浮體系。
  13. Electrorheological ( er ) fluid is a kind of smart material. er fluids typically consist of electrically polarizable particles dispersing in low - dielectric oils. application of an electric field can induce polarization of the suspended particles

    電流變液（ electrorheologicalfluids ）是一種智能材料，通常是高介電常數的微小顆粒分散在低介電常數的絕緣液體中形成的懸浮體系。
  14. The experiment results denoted that the best dispersive condition of 3y - tzp was that ph value is 9. this result has distinct difference to nanoscale m - zro2. the main reason is that the absorb ability has weaken result from the reducing of specific surface

    實驗結果表明微米級3y - tzp顆粒分散的最佳分散條件為ph值為9 ，與納米m - zro _ 2明顯不同，這主要是因為其比表面減少導致其吸附能力減弱的緣故。
  15. Electrorheological ( er ) fluids are a kind of complex fluids that is a suspension of high dielectric constant particles dispersed in an insulating oil of low dielectric constant, which have reversible and adjustable rheological property under t he applied electric field

    電流變液（ electrorheologicalfluids ）是一種智能流體，通常是由高介電常數的微米量級顆粒分散於低介電常數的絕緣油中而形成的懸浮液。
  16. Electrorheological fluids ( erf ) consists of a suspension of high dielectric particles in a liquid of low dielectric constant. with the action of the applied electric field, particles interact with each other. the viscosity of erf increases dramatically and the erf turns into solid

    電流變液是由高介電常數、低電導率的電介質顆粒分散於低介電常數的絕緣液體中形成的懸浮體系，具有通過調節電場強度改變表觀粘度和屈服應力的機電耦合特性。
  17. Electrorheological ( er ) fluids are a kind of complex fluids that is a suspension of high dielectric constant particles dispersed in an insulating oil of low dielectric constant, which have reversible and adjustable rheological property under the applied electric field

    電流變液是一種復雜流體，通常是由高介電常數的固體顆粒分散在低介電常數的絕緣油中形成的懸浮液。在外加電場作用下，其粘度增大，可由液態轉變為類固態，且該過程是瞬時的、可逆的、可調控的。
  18. According to the experimental result, the relevancy formulae were proposed, and according to discrete particle model, particle velocity distribution model was proposed and the experimental result agreed with the calculated result

    根據實驗結果建立了固含率與固相速度不均勻度的關聯式，並根據顆粒離散模型建立了顆粒速度分佈模型，實驗結果和計算結果吻合較好。
  19. The scatterings of both bubbles and splitting phase drops are anisotropic, and the shorter the wavelength is, the stronger the scattering is

    計算結果表明，對于單個顆粒的散射，氣泡的散射遠遠大於分相。
  20. Cuo nano suspension was photographed through tem. the sedimentation rate of the cuo nano particle in suspension was also tested. through both ways, it shows that by adding sdbs which is a kind of surfactants is good for the stability of suspension

    用掃描電鏡拍照分析了氧化銅納米顆粒懸浮液地顆粒分散性，實驗測定了不同質量分數的氧化銅水納米顆粒懸浮液的沉降率，結果表明加入十二烷基苯磺酸鈉在一定程度上可以有效控制懸浮液中顆粒地沉降，維持懸浮液穩定性。
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