无定形

wú dìng xíng
  • amorphism;amorphous;nonfixiform
无定形无定形
无定形[wú dìng xíng]
  1. 当KOH质量分数为8%、乙酸钾质量分数为45%时,油母页岩粉体的无定形转变率最高;

    The conversion of amorphism was the highest when the mass fraction of KOH was 8 % and CH_3COOK was 45 % .

  2. 交联反应主要发生在棉纤维的无定形区,对晶区结构基本没有影响。

    The cross-linking reaction mostly occurred in amorphism region so that almost no influence to crystal structure of fibre .

  3. 认为其生长机理是:成核-无定形Ni(OH)2-层状生长-成型-连接。

    The growth mechanism : nucleation-amorphousNi ( OH ) 2-layered growth-forming-connection .

  4. 金属镁热还原B2O3制备无定形硼粉的热力学分析

    Thermodynamic Study of Magnesiothermic Reduction of B_2O_3 for Preparing Amorphous Boron Powder

  5. 多元线性回归分析证明,土壤无定形铁对土壤磷吸附Xm值的影响比其它因子重要。

    Liner regression analysis proved that FeO is an important factor for phosphate sorption .

  6. 无定形靶中离子注入的R,Rp,△Rp的理论计算

    Theoretical estimates of r , r_p and △ r_p , of the ion implantation in amorphous targets

  7. 无定形PET中小分子扩散系数的分子动力学模拟

    Molecular dynamics simulation of diffusion coefficients of small molecules in amorphous PET

  8. XRD分析表明,杂化材料是无定形的。

    XRD patterns show that the hybrid material is amorphous .

  9. X射线衍射图谱和SEM照片表明,酸降解和酯化反应主要发生在淀粉分子结构的无定形区。

    The result of SEM photoes and X-ray diffraction reveal that reaction mainly occur at amorphous region .

  10. 在无定形区是相容的,在晶区是部分相容的,PTT的加入对PET的结晶有促进作用。

    And the adding of PTT can accelerate the crystallization of PET .

  11. PET/PTT共混体系在无定形区的相容性

    Compatibility of PET / PTT Blends in Amorphous Zone

  12. 氧离子注入无定形GaAs的形成及其在外延中的应用

    An Amorphous Layer Formation in GaAs by Oxygen Ion Implantation and its Application in Epitaxy

  13. 所研究的碳化硅纤维具有多晶结构,主要含有结晶态的SiC,石墨态的碳和无定形的SiO2。

    The silicon carbide fiber has polycrystalline structure .

  14. 此外,在金刚石薄膜中还观察到存在于金刚石颗粒间的非金刚石型碳(C),即无定形碳及微晶石墨。

    Finally the non-diamond type carbon impurities was found between the diamond grains in the diamond film , which are amorphous carbon and / or microcrystalline graphite .

  15. 本文叙述用辉光放电分解SiF2和H2的混合物形成无定形a-Si:F:H薄膜。

    We have developed a-Si formed by glow discharge decomposition of SiF and H mixture .

  16. 室温放置所自然形成的丝素凝胶中,丝素的结构是无定形和SilkⅡ共存;

    The structure of fibroin gel naturally forming when kept at room temperature was coexistent of amorphous and silk ⅱ .

  17. 酸浸硅灰石制备无定形SiO2的现状及发展前景

    Present and Future of Manufacturing Amorphous SiO_2 Using Acid immersed Wollastonite

  18. 无定形氢氧化铁吸附水溶液中镉离子机理的XPS研究

    XPS Study on Mechanism of Adsorption of Cadmium in Aqueous Solution by Amorphous Ferric Oxyhydroxide

  19. 本文研究了在柔性塑料衬底上的均匀的无定形Si和sinx薄膜的裂化规律。

    Cracking rules of homogeneous , amorphous Si and SiN x thin film on compliant , plastic substrates have been studied .

  20. 长周期L、无定形区厚度A以及晶区厚度C均随PBT含量的增加而减小。

    Long spacing , crystallize core thickness and amorphous thickness decrease with increasing PBT .

  21. SEM观察到Ni(OH)2的球形、类球形和无定形外貌。

    Ni ( OH ) 2 was classified on SEM based on its morphology and spherical , spheroid and amorphous types were observed .

  22. 金属薄片上无定形硅(SOM)的激光再结晶研究

    A study of laser recrystallization of SOM ( Silicon On Metal ) material

  23. 在Al/aSi:H/CSi薄膜系统中金属原子与无定形硅互作用的分析研究

    Study on interactions between metal atoms and amorphous silicon atoms in al / a si : h / c si thin film systems

  24. PCVD法合成的无定形Si3N4纳米粉末和薄膜的红外特性比较

    IR Spectrum of the Amorphous Nano Si_3N_4 Powder and Film Synthesized by PCVD

  25. SDS在晶体或无定形纳米颗粒表面的物理吸附,促使三水碳酸镁发生定向生长,形成晶须。

    Physical adsorption of SDS on nano-crystalline or amorphous nano-particles surface promoted oriented growth of nesquehonite .

  26. 采用偏光显微镜和广角X射线衍射对其由多晶态向非晶态的渐变过程进行了研究,提出高交联玉米淀粉中存在不同于原淀粉多晶颗粒态的只含无定形结构的非晶颗粒态。

    The polarisation microscopy and X ray diffraction data suggested that high cross linking caused the starches changed from polycrystalline granules to noncrystalline granules gradually .

  27. 通过DSC、WAXD、IR测试丝条体系的结晶行为,证实PA6相仅以无定形相存在。

    The results of DSC , WAXD and IR showed that the PA6 phases were amorphous .

  28. XRD、IR等结果显示SrFeO4样品在干燥环境中放置时会分解生成无定形的低价态铁盐。

    The XRD and IR results show that SrFeO_4 kept in dry environment may decomposes to amorphous Fe salts with lower value state .

  29. 由无定形纳米粒子生长成LDH复合纳米粒子的生长机理涉及粒子接触和奥氏熟化。

    The growth mechanism of the LDH nanocomposite particles from amorphous particles involved particle attachment and Ostwald ripening .

  30. 一种无定形SiO2上沉积含氢的非晶硅氧改善硅平面管特性的方法

    A-Si : ( H , O ) Was Deposited on SiO2 for Improving the Transistor Characteristics