胶粒

jiāo lì
  • Colloidal particles;micelle;idiosome;idiozome;protomere
胶粒胶粒
胶粒[jiāo lì]
  1. 当扩散层中的反离子全部被压入Stern紧密层时,Zeta电位为零,胶粒处于等电状态,该pH值与制备介孔样品时的合适pH值一致。

    When anti-ions in diffusing electric double layer were all pressed in stern , Zeta potential is zero , and the micelle is isoelectric . This pH value agrees with that suitable for preparation of mesoporous oxide .

  2. 乳蛋白胶粒的稳定性研究及应用

    Research of milk protein micelle stability

  3. 带相同电荷的胶粒不能紧密靠近,它们不能聚集成较大的颗粒。

    Similarly charged colloidal particles cannot come close enough together to agglomerate into larger particles .

  4. Pt胶粒修饰Pt丝微电极对CO的气敏特性研究

    The gas sensitivity of platinum microelectrode modified by Pt sol to carbon monoxide

  5. 通过TEM分别观察乳胶粒的形态。

    The morphology of latex particle is determined by use of TEM .

  6. 对称PB方程在带电胶粒相互作用能计算中的应用

    Application of symmetrical Pb equation to calculation of interactive energy of charged colloidal particles

  7. Fe(OH)3凝胶两步法水热制备均分散针形铁红胶粒

    Preparation of Uniform Acicular Hematite Particles by Two Steps Hydrothermal Method from Fe ( OH ) _3 Gel

  8. SBS胶粒干燥特性及后处理装置扩量改造

    Drying features of SBS particles and capacity expansion of post-treating unit

  9. Sol-gel法在浮法玻璃表面镀制银胶粒着色涂层

    Preparation of Coloured Coating Containing Silver Colloidal Particles on the Surface of Floating Glass by Sol-gel Method

  10. 研究了FeO(OH)动态膜的膜通量衰减与FeO(OH)胶粒的凝并关系。

    The relationship between the flux and agglomeration of FeO ( OH ) colloid was investigated .

  11. 本文着重考察了MCS树脂的化学结构及胶粒形态。

    The structure and the rubber particle morphology were investigated .

  12. 胶粒分形粒子簇反应控制聚集动态行为位垒影响的MonteCarlo模拟

    Monte Carlo Simulation to the Effect of Potential Barriers on the Kinetics Behaviour of Reaction-limited Aggregation of Colloidal Particle Cluster

  13. 结果表明:以球形的Al(OH)3胶粒为前驱体制成的纳米α-Al2O3粉也呈球形;

    The results showed that being prepared by the spherical Al ( OH ) 3 precursor , the nano-crystalline α - Al2O3 would appear spheres ;

  14. 表面活性剂PEG(600+20000)是利用胶粒的静电效应和对胶粒的空间位阻效应分散胶粒;

    Surfactant PEG ( 600 + 20000 ) dispersed agglomeration colloids by electrostatic effect and space location-obstruct effect .

  15. MMA-ST乳液共聚合乳胶粒增长阶段和聚合反应完成阶段数学模型及计算机模拟

    Mathematical Model and Computer Simulation for Growing Up Stage and Final Stage of MMA ST Emulsion Copolymerization

  16. 水中胶粒Zeta电位及影响混凝效果的研究

    A research on colloids Zeta potential in water and affection on coagulation result

  17. 所以,提高CO2水玻璃砂粘结强度的关键在于抑制硬化过程中胶粒的过于长大。

    Therefore , stopping the hardening process of particles from growing is the key of increasing CO2 sodium silicate sand bond strength .

  18. 本文介绍了EVA型热熔胶膜、胶棒和胶粒加工方法及应用

    This paper introduces the processing methoed and application of the film , club and granule of EVA-type hot-melt adhesive

  19. 用VB6.0模拟胶粒的布朗运动

    Use language VB6.0 to simulate Brownian movement of colloidal partical

  20. 对添加ACS的体系水泥胶粒表面ζ-电位的测定表明,静电斥力是产生分散-流化作用的物理因素之一。

    The measurements of ζ potential indicated that electrostatic repulsion is one of the physical factors .

  21. Al(i-Bu)3以缔合状态存在并解离成离子对,它与FeCl3作用是形成胶粒的主要反应;

    The reaction of FeCl 3 and Al ( I Bu ) 3 produces colloidal particles .

  22. 包覆在硅溶胶胶粒表面的针状水合TiO2使TiO2&SiO2溶胶表现为膨胀型流动。

    The flow behavior of the TiO_2-SiO_2 sol was dilatant caused by the needle - shaped titania coated on the silica sphere .

  23. 表达产物采用SDS-PAGE方法检测,目的蛋白分离纯化采用镍琼脂糖胶粒吸附法。

    The expression products were detected by SDS-PAGE and the interest protein was separated and purified by nickel-agarose beads .

  24. TiO2胶粒在铝合金表面的电泳沉积及所制薄膜的光催化性能研究

    Electrophoretic Deposition of TiO_2 Colloid Particles on Aluminum Alloy Surface and the Photocatalytic Property of the Resulted TiO_2 Membrane

  25. 用扫描电子显微方法研究了核壳胶粒与聚丙烯(PP)反应共混物试样的冲击断裂行为。

    On the basis of the previous paper , the impact fracture behavior of the reactive blends of core shell particles and polypropylene was farther investigated .

  26. 用FT-IR,27Al-NMR和29_Si-NMR研究了不同Al/Si摩尔比的铝改性硅溶胶胶粒结构。

    The structure of the Al-modified silica sol particles with different AL / Si mole ratio was investi-gated by means of FT-IR , 27_Al-NMR and29_Si-NMR measurements .

  27. 正电性磁性氧化铁胶粒负载钯催化的Suzuki偶联反应

    Suzuki Coupling Reaction Catalyzed by Palladium Supported on Positively Charged Colloids of Magnetic Iron Oxide

  28. CBF可以中和胶体颗粒表面的部分电荷,使胶粒脱稳沉淀。

    CBF can neutralize some electric charge of colloidal particles and make colloidal particles to sedimentate .

  29. XRD对复合胶粒的结晶状态分析说明形成的新化合物为与h-BN晶体结构相似的六方化合物。

    The XRD analysis showed that the new compound had hexagonal crystal structure , which was similar to h-BN .

  30. 本文研究了藻类在硅溶胶中的生长与pH、SiO浓度和胶粒粒径的关系。

    Tn the present paper , the relationship of the growth of algae in colloidal silica with pH , concentration and particle size of SiO_2has been studied .