金属玻璃

快速凝固AlNiCuNd系富Al金属玻璃初始晶化行为的研究

Investigation on Primary Crystallization Behaviour of Rapidly Solidified Aluminum-Rich Al-Ni-Cu-Nd Metallic Glass

金属玻璃Fe（80）B（14）Si6的退火脆化

Annealing embrittlement in metallic glass fe_ ( 80 ) b_ ( 14 ) si_6

钴镍铁基金属玻璃结构弛豫的X射线研究

Investigation of structure relaxation in Co-Ni-Fe base metal glasses by X-ray scattering

制备Mg基大块金属玻璃的特种铸造方法

Special Casting ( BMG ) Methods for Preparation of Mg-based Bulk Metallic Glass

Mg基大块金属玻璃的形成能力与形成机制

Forming Ability and Mechanism of Mg-based Bulk Metallic Glasses

回火金属玻璃小角X射线散射强度的背底校正

Metallic strength rock metals background correction of the SAXS intensities scattered by the aged metallic glass

分子动力学模拟金属玻璃Cu应力晶化的应变率效应

Molecular dynamics simulation of strain rate effect on stress induced crystallization for metallic glass Cu

同时，对Al基金属玻璃薄膜进行了晶体结构、表面形貌、热学特性以及光学和电学等特性的研究。

The crystal structure , surface morphology , thermal , optical and electrical properties are well studied .

Pd基大块金属玻璃过冷液相区与键参数的关系

Relationship between Supercooled Liquid Region and Bond Parameters of Pd-Based Bulk Metallic Glasses

Cu（0.60）Ti（0.40）金属玻璃的电学性能和结晶

Electrical properties and crystallization of cu_ ( 0.60 ) ti_ ( 0.40 ) metallic glass

Ti基大块金属玻璃的研究与应用

Research and Application of Ti-based Bulk Metallic Glass

所以Cu基金属玻璃是一种既有潜力发展出大尺寸，同时又具有优良机械性能的非晶态合金。

Consequently , Cu-based metallic glasses have both the potentials to develop large bulks and fine mechanical properties .

压力对金属玻璃Fe（100-x）Bx电阻的影响

Effect of pressure on electrical resistance of metallic glasses fe_ ( 100-x ) b_x

Ti（50）Cu（50）金属玻璃结构的中子和X射线衍射分析

Structural analysis of metallic glass ti_ ( 50 ) cu_ ( 50 ) by neutron and X-ray diffraction

但是，Al基金属玻璃薄膜的电阻率在晶态与非晶态之间差异不大。

At last , the Al-based metallic glass thin films show little resistivity difference between amorphous state and crystalline state .

压力下金属玻璃Fe（100-x）Bx的电子输运性质

Transport properties of electrons in metallic glasses fe_ ( 100-x ) b_x under hydrostatic pressure

Zr基块状金属玻璃在准静态弯曲下的力学行为

Mechanical Behavior of Zr-based Bulk Metallic Glass under Quasi-static Bending Stress

新型Ti基金属玻璃CMF测量管材料的制备

Preparation of new Ti based metallic glass used in CMF tube

另外还对新型Tb基大块金属玻璃及Tb纳米晶阵列进行了研究。

In addition , the newly developed Tb-based BMGs and Tb nanocrystalline array have also been studied .

纵向磁场中超导金属玻璃Zr（78）Co（22）的载流电阻态

Resistive state of the superconducting glass zr_ ( 78 ) co_ ( 22 ) in longitudinal magnetic fields

EXAFS测定金属玻璃Cu（70）Ti（30）原子近邻结构

EXAFS measurement of metallic glass cu_ ( 70 ) ti_ ( 30 ) atomic neighbouring structure

而Co金属玻璃表面变粗糙并且出现明显的层离现象。

However , roughening occurred on the surface of Co-metallic glass , and the apparent delamination phenomenon appeared in metallic glass Co-based metallic glass .

陶瓷颗粒增强Mg（65）Cu（20）Zn5Y（10）块体金属玻璃复合材料

Ceramics particulate reinforced bulk metallic glass composites

本文采用金刚石对顶压砧高压装置和高压X射线衍射技术测定了两种金属玻璃线压缩率曲线；

The determination of the compressibilities of metallic glasses Cu100-xZrx in a diamond anvil cell by the X-ray diffraction technique is described in this paper .

悬浮熔炼-铜模吸铸法制备Cu（50）Zr（42）Al8块状金属玻璃

Preparation of bulk metallic glass Cu_ ( 50 ) Zr_ ( 42 ) Al_8 by means of suspend melting-copper mold suction casting

Fe（35）Ni（15）B（26）纳米金属玻璃的表面状态、结构弛豫及晶化过程的研究

An investigation on surface status , structure relaxation and crystallization process of fe_ ( 35 ) ni_ ( 15 ) b ( 26 ) nanometer metglas

提出了一种通过对大块稀土基金属玻璃进行Fe掺杂，制备出微观结构和性能具有可调控性的大块纳米晶合金的方法，并讨论了纳米晶结构和性能的关系。

A simple approach to obtain the bulk nanocrystalline material with controllable microstructure is presented , and the relation between microstructure and property is discussed .

从4种不同升温速率的高温（结晶开始温度Tx）动态粘度值，给出金属玻璃Ni（30）Zr（70）的平衡粘度。

From the high temperature at temperature of the onset of crystallization dynamic viscosity values with four heating rates , the equilibrium viscosity is determined .

通过系统的透射电子显微镜观察，在回火的ZrAlNiCuAg块体金属玻璃中发现了准晶相和纳米准晶相。

Quasicrystals and nano quasicrystals were discovered in annealed Zr Al Ni Cu Ag bulk metallic glasses by systematic transmission electron microscopic ( TEM ) analysis .

超导金属玻璃Zr（78）CO（22）在横向磁场中超导-正常转变的阶梯结构

Step structure of metallic glass zr_ ( 78 ) co_ ( 22 ) in the process from superconducting to normal transition under transverse magnetic fields