- 更多网络例句与微粒子的相关的网络例句 [注：此内容来源于网络，仅供参考]
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Comparing various particles preliminarily, the result showed that the film, which took the hybrid of PMMA/TiO2 nano-composite particles and 10μm PMMA microspheres as the antiglare particles, had integrative effect.
将各种纳米级粉体和微米级粉体与PMMA/TiO2纳米复合粒子的防眩光性能进行初步的比较，发现以PMMA/TiO2纳米复合粒子和10μm PMMA微球混合物作为防眩光粒子的综合效果最佳。
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Using a perturbation method, these linearized equations are solved for a composite sphere with the charge densities of the rigid core surface and of the surface layer as the small perturbation parameters. Analytical expressions for the settling velocity and electrophoretic mobility of the composite sphere in closed form have been obtained from a balance among its hydrodynamic, electrostatic, and/or gravitational forces.
以复合粒子之固体核心表面的电荷密度和多孔性表面层内的固定电荷密度为二个微小扰动参数，应用正规微扰法来求解这些已线性化之主导方程式，再藉平衡作用於复合粒子的重力、静电力和流体阻力等三种力后，可得到带电球形复合粒子的沉降速度及电泳可动度的解析形式表示式。
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The micro mechanism considers that the inclusion in material, called micro defect crack, is the nucleus of internal crack initiation, interaction, between the stress field of the micro defect crack tip as loading and strain field of crystal lattice caused by crystal point passim (as vacancies or interstitial atom, H, O, N et al), will trap the point passim, and cause the enrichment of point passim around the micro defect crack.
其中疲劳裂纹内部萌生的核心是材料中的第二相粒子、夹杂物或微空洞，称为微裂纹；而微裂纹的长大是材料中间歇原子或空位等点缺陷在微裂纹尖端富集沉淀的过程，微裂纹的长大速率受到点缺陷富集扩散速率和疲劳载荷的双重影响。
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Regarding the high electronic conductivity of CMS particles, roll press is not need to improve the electric contact between active masses.
再次，辊压容易造成碳中间相微球粒子的变形和碎裂，导致CMS电极的孔隙度降低，阻断通向内部CMS粒子的电解液通道。
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They are particularly useful as general purpose research microspheres or spacer beads in a range of lower grade applications.
他们对多领域微球科学研究或的研究微球或次要间隔粒子的应用。
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Starting from the spectral representation of quasi-particles, when Debye screening mass and finite width of the particle are taken as parameters into the spectral functions, we will get effective propagators of quarks and gluons, and then establish the effective perturbation theory which reflects directly collective effects in QGP, and analyse some thermodynamics problems about soft partons in QGP.
接着，从准粒子的谱表示出发，自洽地将Debye屏蔽质量和粒子的有限宽度作为参量纳入QGP中玻色型和费米型准粒子的谱函数，得到夸克胶子等离子体中胶子和夸克的有效传播子，进而建立了直接反映QGP集体效应的有效微扰论，藉此一般性地分析了夸克胶子等离子体中软粒子的有关热力学问题。
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The formation of the composite microspheres is explained by the nucleation of silver on the surface of the latices followed by growth of the silver shell.
复合微球的形成机理可解释为：Ag纳米微晶首先在共聚物表面形成晶核，随后Ag纳米粒子在晶核表面生长并形成不同厚度的Ag壳层。
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Three approaches are investigated to prepare carbon-based Pt nano-catalyst. Size of Pt nanoparticles made from the macerating and microemulsion integraled method are comparatively small, about 7nm.
采用三种路线研制了碳基铂纳米催化剂，其中结合浸渍法与微乳液制备纳米粒子的方法，即活性炭附载微乳液体系中制备的Pt纳米粒子，制得的催化剂中的Pt纳米粒子较小，约7nm左右。
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Two new methods about preparation of nano-inorganic coated polymer microsphere have been found. The research mainly focused on controlled precipitation of inorganic precurdors onto the polymer microspheres, technique of preparation and size distribution of transition metal oxides and sulfides emulsion particles, nano-paticles''surface modification and the HLB values adjustment, emulsification of oil-soluble monomer in inorganic colloid and emulsion stability, emulsion polymerization that inorganic particles act as medi-phase, the preparation of inorganic nano-particle/polymer hybrid microspheres, preparation of hybrid materials in inverse emulsion, inverse emulsion polymerization of acrylamide and its phase behavior. Inorganic nano-particles we studied concerning TiO2、SiO2、Fe3O4、ZnO、ZnS、Ag and black carbon. Also we studied the morphology and capability of the hybrid materials.
主要内容有：无机物在高分子乳胶模板体系的界面定位沉积研究；过渡金属氧化物、硫化物纳米胶体粒子的制备工艺与胶粒尺寸分布研究；纳米粒子的表面修饰及其亲水亲油平衡值的调制；油溶性单体在无机胶体中的乳化行为与乳液稳定性研究；以无机纳米粒子做中介相的乳液聚合与无机纳米粒子/高分子复合微球制备研究；反相体系中杂化材料的制备；丙烯酰胺水溶液反相乳液聚合、相行为与稳定性；丙烯酰胺反相体系中无机粒子的制备研究；涉及到TiO2、SiO2、Fe3O4、ZnO、ZnS、Ag、碳黑等纳米无机物，系统考察了相关材料的形态与性能，为其应用开发奠定了基础。
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The results showed: Composites showed microstructure of EP coating ultramicro iron, which could enhance the ability of antioxidation of composites.
研究结果表明：复合粒子结构为EP包裹超微铁核壳结构，该结构提高了复合粒子的抗氧化能力。
- 更多网络解释与微粒子的相关的网络解释 [注：此内容来源于网络，仅供参考]
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atomic weight：原子量, 各种元素原
atomic weapon | 原子武器 | atomic weight | 原子量, 各种元素原 | atomic | 原子的, 原子能的, 微粒子的
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electron capture：电子捕获
(15分)[1]电子捕获(electron capture)后,会产生什麼辐射?(特性X光阿伐粒子贝他粒子正电子). [4]反微中子(anti-neutrino)是否带电?(二价正电一价正电一价负电 中性). [1]那一辐射粒子的径迹(track)最接近直线?(阿伐粒子质子贝他粒子正电子).
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corpuscular theory of light：光的微粒理论
corpuscular stream | 微粒流 | corpuscular theory of light | 光的微粒理论 | corpuscular | 血球的, 微粒子的
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corpuscular：血球的
corpuscular philosophy 宇宙微粒论 | corpuscular 血球的 | corpuscule 微粒子
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corpuscular：微粒子的
corpusclecorpusculehaematocyte 血球 | corpuscular 微粒子的 | corpuscular 血球的
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corpuscular：血球的/微粒子的
corpuscle /微粒子/血球/原子/电子/ | corpuscular /血球的/微粒子的/ | corpuscule /微粒子/血球/电子/
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piezoelectric：压电
"这种声学镊子是由趾间相连(interdigital)的换能器(transducer)在一压电(piezoelectric)晶片上组装而成. 这些换能器即为声源. 接著,利用标准的光微影术制成微通道,在其中包含细胞或粒子的少量液体能自由移动. 这些微通道能与晶片结合以创造出粒子的运动区域.
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submetallic：半金属的
submetallic luster 半金属光泽 | submetallic 半金属的 | subparticle 亚微粒子
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pebrine：微粒子病
主要包括由真菌引起的硬化病(muscardine)如黄僵病、白僵病;由细菌或病毒引起的软化病(flacherie)如空头病(gattine)、卒倒病(swoon);仅由病毒引起的多角体病(polyhe-dral disease)如脓病、中肠性多角体病;由原虫引起的微粒子病(pebrine);由蕈蝇寄生引起的
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corpuscular theory of light：光的微粒理论
corpuscular stream || 微粒流 | corpuscular theory of light || 光的微粒理论 | corpuscular || 血球的, 微粒子的