crystalline size
英 [ˈkrɪstəlaɪn saɪz]
美 [ˈkrɪstəlaɪn saɪz]
晶粒大小
双语例句
- The broadening effect of XRD reflections was separated to calculate the micro-strain and crystalline size.
以及羟基磷灰石晶胞的内能和密度等进行了计算，并从衍射峰的宽化效应中分离和计算了微观应力和微晶尺寸。 - The results demonstrate that the lowest crystallized temperature of gel particles is 400 ℃, the crystalline size increases with the rising of calcining temperature and the crystalline structure was not influenced by calcining time.
结果表明：TiO2凝胶颗粒的最低结晶化温度为400℃，晶体尺寸随着热处理温度的升高而增大，而晶型结构与焙烧时间无多大关系。 - The results indicate that the molecular sieve exerts an obvious heterogeneous nucleating effect on PET, accelerates the crystallization rate, increases the degree of crystallinity and narrow the crystalline size distribution.
结果表明：分子筛的加入有明显的异相成核效果，加快了结晶速率，增加了结晶度，减小了晶粒尺寸分布。 - The results show that with rising of the sintered temperature, the internal energy and micro-strain of HA cell decreases, but the crystalline size increases;
结果显示：随着烧结温度的升高，HA晶体的微晶尺寸增加，但内能、密度和微观应力随着烧结温度的升高而降低； - With increase in calcination temperature, surface hydroxyl density and specific surface area of TiO_2/ SiO_2 decreased, average crystalline size of TiO_2 increased, which made surface acidity of TiO_2/ SiO_2 weakened.
研究发现，随着煅烧温度的升高，TiO2/SiO2表面羟基密度、比表面积逐渐减少，TiO2晶粒尺寸变大，造成TiO2/SiO2表面酸量降低。 - The internal micro structure of ceramic glass, the crystalline phase and glass phase of its composition and the measurement for the crystalline size are revealed. Besides that, the surface topography and the micro surface flaw of the ultra-precision cryogenic polished ceramic glass are especially analyzed.
揭示了微晶玻璃的内部微观结构、其组成成分的结晶相和玻璃相、晶粒尺寸的测定，重点分析了超精密低温抛光后微晶玻璃的表面形貌和表现出来的微观表面缺陷。 - After salt and high temperature corrosion, the growth of Nanostructure crystalline size and phase transformation are observed.
纳米结构涂层经过盐腐蚀或高温腐蚀后纳米晶粒明显长大，并出现微小的晶格变化及相转变现象。 - The results show that all of them have little different effect on the crystalline size of ultrafine powder of α-Al2O3, but they have greatly different effect on scattered degree of their particles.
实验表明使用三种制备方法对α-Al2O3粉体的一次粒径的差别性影响不显著，而对其颗粒的分散程度影响则较明显。 - In this paper, the preparation of SiC fibers with organosiliconpolymer as precursors, and the methods of increasing the mechanical properties and the high-temperature stability by means of decrease in the oxygen content and control of crystalline size in fibers, are shortly reviewed and discussed.
扼要地评述了以有机硅聚合物为先驱体的SiC纤维的制备，以及通过降低纤维中的含氧量和控制微晶增长等手段，来提高纤维的高温稳定性和力学性能的方法。 - Phase structure and average crystalline size of tio_2/ sio_2 composite thin films
TiO2/SiO2复合薄膜的晶型和晶粒尺寸研究 - Research on crystallinity and crystalline size of pet
PET纤维结晶度和晶粒大小的研究 - Field emission-scanning electron microscope was used to get the microtopography of the powder. The results show that the crystalline size of the prepared β-sialon was about 100 nm.
用场发射扫描式电子显微镜观察产物的显微形貌，结果表明：合成β-sialon超细粉的粒度大约为100nm。 - The luster effect seems to result from CeO2 particles of high refractive index, their strong light scattering at visible range due to fine crystalline size 200 nm and their planar arrangement in the surface region.
光泽效果可能是因为CeO2的高折射率及在可见光范围内强的光散射，而强的光散射则是由于表面200nm的细晶粒和面向晶粒分布的结果。 - Their crystalline phase type, morphology, crystalline size, particle size and ζ potential were characterized, and the polishing rate was determined.
利用XRD、SEM等手段对其物相类型、外观形貌、颗粒大小、表面电位等物理性能进行了表征，测定了它们对3种光学玻璃的抛光速率。 - The structure, morphology and crystalline size of the powder during the process of MA and sintered bulk materials, as well as the mechanical property change of the bulk Fe_3Al and TiB_2/ Fe_3 Al composites were studied.
研究了机械合金化和烧结过程中粉体和块体的结构以及Fe3Al和TiB2／Fe3Al块体材料性能的变化。 - The crystalline size and Lattice distortion of MgO obtained by calcinated magne-site at different temperatures have been determined with approximate function method of XRD and so has the rate of hydration.
用x射线衍射的近似函数法测定了在不同温度下煅烧菱镁矿获得氧化镁（MgO）晶粒大小和晶格畸变，并测量了水化速率。 - Relationship between Crystalline Size and Lattice Distortion of MgO and its Activity
MgO的晶粒大小和晶格畸变与水化活性的关系 - The transmittance of TiO2 films decreases, the average crystalline size of TiO2 films increase and the absorption edge wavelength of TiO2 films becomes larger with increasing cycle times and film thickness.
随着镀膜次数或薄膜厚度的增加，薄膜中TiO2纳米微晶的平均晶粒大小逐渐增大，TiO2薄膜的透光率略有减小，其吸收阈值发生了明显的红移。 - Several factors affect the crystalline size and the particle size of the powders.
影响粉末一次粒径和颗粒粒径的因素很多。 - The smaller the crystalline size is, the higher activity extruded TS-1 exhibits in co-solvent.
随着TS一1晶粒减小，挤条成型TS一1催化剂的活性不断提高。 - In addition the influence of SSP reaction temperature and time on apparent crystalline size has been studied by means of WAXD.
利用WAXD研究了固相缩聚反应温度和时间对表观晶粒尺寸的影响。 - The experimental results show that the crystalline size and orientation indices of the fiber are intimately related to the specific surface area, adsorption properties and mechanical properties of BCF in the thermal oxidative stabilization process.
研究结果表明：聚丙烯腈基热氧稳定化纤维晶区尺寸、取向指数等结构参数与BCF比表面积、吸附特性及力学性能的优劣具有直接内在联系。 - With decreasing crystalline size of powders, the adsorption capacity of methyl orange on nano-MgO increased, and the adsorption rate was also improved.
纳米MgO的吸附性能随着晶粒的变小，对甲基橙的吸附量变大，吸附速率也变快。 - With the increase of Li content, the intensity of diffraction peak was much strong, the crystalline size and particle size were much large, and the morphology changed from granular to thin sheet-like.
随着掺锂量的增加，衍射峰强度变强，晶粒和颗粒尺寸都变大，形貌也由粒状变成了薄片状。 - The results showed that both the crystalline size and particle size increased with increasing calcination temperature.
检测结果表明，粉体的晶粒度和颗粒度都随煅烧温度的增加而增大。 - The measurements results indicate that the introduction of magnetic field during synthesis process could not only influence the crystallographic orientation, crystalline size and particles dispersion but also reduces the saturation magnetization significantly.
实验结果表明：合成过程中引入磁场不仅对合成粒子的结晶学取向、晶粒尺寸和粒子的分散性有影响，而且使得粒子的饱和磁化强度明显降低。 - It was found that co-doping inhibited the growth of crystalline size and the transformation from anatase to rutile.
实验发现金属共掺可以抑制二氧化钛颗粒的生长以及锐钛矿相向金红石相的转变。 - With increasing doping concentration, the average pore sizes of WO3/ TiO2hollow sphere increased enhanced, while the specific surface area, crystalline size and pore volume decreased.
随着掺杂浓度的增加，锐钛矿晶化程度减弱，TiO2颗粒的平均孔尺寸增大，而产物的比表面积、孔体积和晶体尺寸也随之减小。