急冷

用电镜观察了急冷铸造的Al-Zr合金各时效时期的变形位错组织。

The deformation induced dislocation structures in the chill cast and various aged Al-Zr alloys were examined by transmission electron microscopy .

低碳钢钢锭急冷层的相变及其对红送裂纹的影响

Phase transformation of chill layer of low carbon steel ingot and its effect on hot charging crack

急冷Cu（30）Al（70）合金的结构及催化特性

Structure and catalytic properties of rapidly solidified cu_ ( 30 ) al_ ( 70 ) alloy

压痕-急冷技术表征Co包覆Al2O3／TiC复合材料的抗热震性能

Thermal Shock Resistance of Cobalt-coated Al_2O_3 / TiC Composites Evaluated by Indentation-quench Techniques

用急冷Al基活性钎料钎焊Si3N4陶瓷的研究

Brazing of si_3n_4 ceramic using rapidly solidified Al-based active filler metals

用急冷Al基合金作中间层对Si3N4进行扩散焊连接的研究

Research on diffusion bonding of si_3n_4 using rapidly solidified Al-based interlayer

Mg、Cu合金急冷箔微型储能电阻焊连接特性对比分析

Connection characteristics comparison of rapid quenched Mg and Cu alloy foils by micro-type energy-storage spot welding

非晶CO（75）B（25）合金的晶化行为及急冷速率的影响

Crystallization Behavior of Amorphous Co_ ( 75 ) B_ ( 25 ) Alloys and the Effect of Quenching Rate

回转水急冷Al－4.5%Cu合金的冷却速度及组织性能

Cooling Rate , Structure and Property of Al-4 . 5 % Cu Alloy Quenched by In-Rotating-Water Spinning

FCC急冷技术的应用和经济效益分析

Application of FCC Quench Technique and Analysis of Economic Benefit

本文研究了急冷过程中C2H官能团复合成乙炔的机理。

Mechanism of recombination reaction of C_2H radical to acetylene is also studied by kinetic method .

研究还表明：快凝合金急冷态组织为过饱和Al基固溶体，无其它相存在；

The microstructure of the as spun alloy was in supersaturated solid solution state and no second phase in Al matrix .

结果表明，急冷Cu－Cr－0.05Zr合金中的高密度位错与高浓度空位是合金强化的重要因素。

Results show that the high density of dislocations and vacancies is important strengthening factors of these rapidly quenched alloys .

急冷Al-Si超导合金的负磁阻效应

Negative magnetoresistivity of rapidly quenched superconducting alloy ai-11.3 at % Si

急冷Al-Si合金负磁阻效应的一个可能解释

A possible explanation for the negative magneto-resistance effect in the rapidly cooled Al-Si Alloys

Ag-Cu-Ti急冷钎料钎焊Si3N4陶瓷接头界面结构及性能

Microstructure and properties of Si_3N_4 ceramic joint brazed with rapidly-cooled Ag-Cu-Ti filler metals

熔融BaB2O4急冷玻璃态光谱性质的分子动力学模拟

A Molecular Dynamics Study of Raman Spectra for BaB 2O 4 Glass

本文利用X射线粉末照相法及透射电子显微镜选区电子衍射法，唯一地确定了作者在液态急冷Fe-12.6at%B合金中发现的新亚稳相具有六角点阵。

The lattice structure of a new metastable phase in Fe-12.6 at % B alloy produced by splat-melting has been determined by X-ray diffraction and electron diffraction .

与纯氧化铝陶瓷相化，钛酸铝添加量为10%时，经750°C→10°C水中急冷，抗弯强度提高近50%

Bending strength of alumina ceramics with 10 % AT increase nearly by 50 % through rapid cooling from 750 ° C to 10 ° C , compared with the ceramics without AT .

利用熔体急冷方法制备出在A1基体中含有镶嵌的Pb纳米粒子的Pb／A1条带。

The Pb / Al ribbon , where the Pb nanoparticle embedded in Al matrix , was prepared by means of melt-spinning technology .

急冷Cu-Sn合金箔快速凝固连接工艺

Study on rapid solidification welding techniques of quenched Cu-Sn alloy foils

结果表明：急冷态的Al91Ni7Y2合金为部分Al粒子均匀分布在非晶基底上的复合材料。

The results show that the as solidified melt spun Al 91 Ni 7Y 2 alloy is a kind of composite consisting of amorphous matrix and Al particles distributed homogeneously in matrix .

对熔体急冷法得到的CO基非晶带的头段、中段分别进行了韧性、磁性测定，X射线结构分析和热分析法分析。

The toughness , magnetic property , X-ray diffraction and DSC analysis have been measured both on the headmost section and medium section bi the Co-based amorphous ribbon produced by melt spinning .

急冷凝固Ni3Al合金中的亚稳相

Metastable phase in rapidly solidified ni_3al alloy

利用CFD软件模拟了隧道窑急冷带内喷嘴喷射速度的改变对窑内气体流动的影响，分析了窑内气体的速度和温度分布情况。

Effect of jet velocity exchange on gas flow in cooling section of tunnel kilns was numerically simulated with CFD software , and the velocity and temperature distribution were analyzed .

采用急冷-强度法、压痕-急冷法以及对试样端部预制缺口法分别测试了纳米TiN改性Ti（C，N）基金属陶瓷的抗热震性能。

Quenching-strength test , indentation-quench test and notches pre-made in the end of samples are operated to study the thermal shock resistance of nano TiN modified Ti ( C , N ) based cermets .

急冷Cu-Sn合金的快速凝固焊接接头组织特征

Microstructural characteristic of rapid solidification welding joint of melt-spun Cu-Sn peritectic alloy foils

急冷Al-Si-Ge超导合金的I-V特性

The I-V characteristics of the rolling-quenched superconducting al-si-ge alloys

装置运行一年来没有出现急冷塔积硫、胺液发泡或SO2击穿等问题。

There have been no such problems occurred as sulfur deposition in quench tower , amine foaming and SO 2 breakdown since running for one year .

Cu-Sn合金急冷箔储能焊接头的形貌特征与形成机制

Morphological characteristic and formation mechanism of joint of melt-spun Cu-Sn alloy foils by capacitor discharge welding