非晶态材料

AlF3-K2NbOF5系统非晶态材料离子导体的结构与电性能

A study on structure and electrical property of amorphous materials in system alf_3-k_2nbof_5

非晶态材料主要包括氧化物玻璃、高分子聚合物、非晶态半导体以及金属玻璃（非晶合金）。

Amorphous materials mainly include oxide glasses , macromolecule polymers , semiconductors in amorphous state and metallic glasses .

廉价生产非晶态材料用合金Fe-Si-B的新方法

An economic method for producing alloy as amorphous matrix Fe-Si-B

本文从计算非晶态材料散射强度的Debye方程，推导出非晶态二元合金模型的Faber-Ziman偏干涉函数计算公式。

The equation of calculating Faber-Ziman partial structure factors for models of binary alloys is derived from Debye equation .

利用自熔性合金与非晶态材料的特点，研制了FeB系管状丝材作为电弧喷涂材料，其形成的涂层具有良好的结合强度、低的孔隙率、高的硬度和耐磨损性能。

With a self fluxing capability and noncrystalline structure , cored wires of Fe B system for arc spraying have been developed and the resulted coatings possess good bonding strength , low porosity , high hardness and resistance to wear .

非晶态材料结构弛豫研究的新方法

A new method for studying the structure relaxation of amorphous matters

一种新的非晶态材料&氢化非晶碳膜

A new non-crystalline material & hydrogenated amorphous carbon film

非晶态材料硅的电子态密度的理论计算

Electronic Structure of Amorphous Silicon & Model Calculation

玻璃是一类典型的非晶态材料，是液体在没有结晶的前提下冷却而得到的物质。

Glass is a kind of typically amorphous material achieved by cooling melt without crystallization .

非晶态材料的结构模型

Structure model of non - crystalline material

锡基非晶态材料的化学合成及其嵌锂性能的初步研究非晶态材料的制备与应用

A Preliminary Study of the Synthesis of Tin based Amorphous Material and its Behavior on Lithium Intercalation

非晶态材料可以用化学镀和电沉积两种方法，而电镀法制取非晶态材料方法简单、能耗少、成本低、易于控制。

And electrodeposition technique has proven to be less energy consumption , lower cost and easier to control .

提出了利用霍耳效应测量研究非晶态材料结构弛豫的方法。

A new method of studying the structure relaxation of amorphous materials by the measurement of Hall effect has been developed .

这种模型还表明，组成非晶态材料的原子大小和化学键的方向性都可能影响非晶态的形成。

It shows that the bonding characteristics as well as the size of the atoms can influence the forming of non-crystalline materials .

非晶态材料与晶态材料相比具有完全不同的结构，这种结构的不同导致非晶态材料有很多晶态材料所不具备的优异性能，近些年来引起了人们的广泛关注。

Recently , amorphous material has attracted much attention because it has more excellent properties compared with its crystalline counterparts caused by the significant structural difference .

导电高聚物及某些非晶态材料或结构无序材料等的导电性质具有分形特征，而中低变质煤属非晶态物质。

The conductivity of high polymers or some of non crystal materials or structural disordered materials has fractal characteristic and the medium metamorphism coal is one kind of non crystal matters .

气凝胶是一种低密度纳米多孔非晶态材料，具有连续无规则网络结构，其纳米尺度的颗粒及孔隙分布，使其具有很多独特的性质。

Aerogels are new low density nano-porous non-crystalline solid materials , and have continuous random network structure . Because of nano-size granules and distribution of nano-pore , aerogels have lots of particular properties .

本文以测定非晶态材料退火后正电子寿命的变化为例，描述精确测定正电子湮没寿命谱参数微小变化的方法。

The method for the accurate determination of the small variation of positron life-time spectrum parameters is described by the example of determining the positron life-time variations by means of annealing in amorphous material .

Ni-B非晶态催化材料研究进展

Progress in Ni - B amorphous alloy catalysts

建立在非晶态合金材料基础上的TK型扭矩仪，有结构简单、测量精度高、体积小、工作可靠、无接触测量等优点，是钻机和其他机械行业的新型仪表。

The Mark TK torsion meter , developed on the basis of amorphous alloy , simple in structure , small in size and of a high precision and reliable performance , is a non-contact torque measuring instrument for using in drilling and other mechanical engineering .

但是目前国内外还缺乏非晶态半导体材料全面和详尽的研究。

Semiconductors are still lack of systematic and detailed study .

非晶态合金材料应力阻抗效应研究进展

Research Progress in Stress - impedance Effect in Amorphous Alloys

非晶态合金材料磁敏特性及应用的研究

Study on Magneto Characteristics of Amorphous Alloy and Its Application

非晶态磁性材料热电阻及居里温度的测量

Measurement of thermal electrical resistivity and Curie temperature for amorphous magnetic materials

非晶态磁性材料；（7）磁性理论。

( 6 ) amorphous magnetic material and ( 7 ) magnetic theory .

非晶态合金材料及其在国防领域中的应用展望

Amorphous alloy and its future application in military field

非晶态金属材料发展及前景展望

The development and foreground of non - crystal alloys

阐明了非晶态铁心材料的种类，性能及其开发情况；

The types , properties and development of amorphous core materials are stated .

非晶态金属材料研究现状与前景

Current research status and prospect of amorphous alloys

非晶态磁头材料的脆性研究

Brittleness Investigation on Amorphous Magnetic Head Materials