amorphous structure

ZnO phase also exhibits an amorphous structure.

ZnO相呈非晶态结构。

X ray diffraction ( XRD) analysis reveals that the film is amorphous structure.

利用X射线衍射分析（XRD）了氧化膜的结构，结果表明氧化膜为非晶态。

The X-ray diffraction ( XRD) and infrared spectra ( IR) analysis showed white cabon black product were amorphous structure.

经X射线衍射（XRD）、红外光谱（IR）分析表明制备的白炭黑为非晶态结构。

It has good electrical insulation properties, resistance to many aggressive media which is largely due to the amorphous structure of the polymer.

ABS的无定型结构使之有良好的电气绝缘性能、抗多种化学介质的性能。

The obtained Ni-P coating showed the amorphous structure with a typical spherical nodular structure.

所制备的Ni-P涂层为非晶态结构，展现出典型的胞状结构特征。

The amorphous structure transformation annealed in vacuum was analyzed with X-Ray diffraction and DSC thermodynamic measurements.

利用真空退火炉对Zr41Ti14Cu12.5Ni10Be22.5非晶合金进行了真空退火实验。并用X-Ray衍射仪、DSC热分析分析了退火后非晶的变化。

The ferrihydrite had no characteristic diffraction peaks because of its amorphous structure;

水铁矿没有显示出任何特征衍射峰，符合非晶形氧化铁特点；

X ray diffraction ( XRD) shows that CN x film samples have basically amorphous structure and very little amount of poly crystalline structures.

X射线衍射（XRD）结果显示CNx薄膜基本为无定形结构，但存在微量的多晶结构。

The structures of anodic films still remained amorphous structure both before and after heating in the temperature range up to 300 ℃.

在300℃加热范围内，氧化膜受热前后均保持非晶态组织。

The relationships between the composition and structure of film and between amorphous structure and heat treatment temperature were studied.

测定了薄膜磁性能（饱和磁化强度和矫顽力）随热处理温度变化的关系曲线。

Due to their amorphous structure, iron-based bulk metallic glasses exhibit better properties than traditional glass materials.

铁基大块非晶合金由于其独特的无序结构，并兼有一般金属和玻璃的特性，从而表现出与传统非晶合金一系列不同的优异特性。

Electroless Ni P alloy coating has excellent performances due to its amorphous structure.

化学镀镍磷合金镀层由于其非晶态结构而具有优异的性能.

Based on the study and understanding of nacre structure and its biomineralization mechanism with experiment skills in calcium carbonate especially amorphous calcium carbonate ( ACC) synthesis, we do research on biomimetic preparation of different materials with nacre-like structure or mechanical property.

本文基于对贝壳结构和矿化机制的研究，以及对各种晶型碳酸钙尤其是无定型碳酸钙的合成技能，制备了不同的贝壳类结构或性质材料。

X-ray diffraction shows modified phenolic resin is mainly amorphous structure.

X-射线衍射显示，改性酚醛树脂主要为非晶结构；

The relation between phosphorus content and the electroless CoP alloy plating conditions to form amorphous structure has been investigated.

研究了化学镀Co－P合金镀层中磷含量与工艺条件的关系及产生非品结构的成分条件。

Effect of Amorphous Structure in the Laser Clad Zone on Tribological Characteristics

激光熔覆层中非晶组织对摩擦学的影响

Study on Effect of Spinning Speed on PET FCY Amorphous Structure

纺丝速度对涤纶FCY的无定形结构影响的研究

Amorphous structure is changed into crystalline and the ratio of crystallize phases are obviously different from the alloy.

在晶化温度以上退火时，非晶态结构转变为晶态结构，而且α-Fe偏析明显增多，与制备粉末用的合金原料晶态相的各相比例明显不同。

The relation between the configuration ( information) entropy and the information dimensionality in amorphous structure could be used to prove our present conclusion.

我们用非晶结构的位形（信息）熵与信息维数随压力变化的标度关系S1（（？））CC（？）

The results show that the films with dense and amorphous structure and lower grain boundary resistance were deposited at room temperature.

研究结果表明，室温下沉积的薄膜为颗粒致密的非晶相结构，晶界电阻较小。

Results also show that the film is of amorphous structure when La content is too high.

实验结果同时表明，在La含量较高时，薄膜为无定型结构，并且具有较大的电阻率。

NiP supported on CNTs belonged to amorphous structure.

NiP在载体上具有非晶态结构。

The analysis results of XRD indicated that the Ni-P and Ni-Cu-P alloy coatings were amorphous structure.

利用XRD、SEM、DSC等手段对Ni-P、Ni-Cu-P合金镀层的结构、表面形貌、成分进行了分析。

The deposit is mainly amorphous structure and its corrosion resistance is good.

该镀层主要为非晶态结构；

The carbon tubes prepared were in short range order with amorphous structure.

制备的碳纳米管的原子排列是一种短程有序排列，是非晶态结构。

The amorphous structure of the films was observed by means of the X-ray diffraction pattern and the scanning electron microscope analysis.

由X光衍射图样和扫描电镜分析确定此薄膜为非晶形的；

Studies on Radial Distribution Function of polystyrene amorphous structure

聚苯乙烯非晶区结构的RDF研究

As plating time was increased, the structure of coating was transformed into microcrystalline and amorphous structure showing smooth surface in coating thickening process under the influence of atom size, additive and the composition of coating.

随施镀时间的延长、镀层厚度的增加，在原子尺寸、添加剂和镀层成分等影响下，向微晶和非晶态转化，镀层表面趋于平整。

The Ni-Mo alloy deposit shows amorphous structure as the Mo content of the film is more than 40%.

Ni-Mo镀层含Mo量在40%以上为非晶态，表面有大量裂纹，故而耐蚀性不好；

Keywords: molecular dynamic; polycarbonate; amorphous structure.

关键词: 动态分子模拟、聚碳酸酯、 非晶质 结构.