Solid-solution formation in binary aluminium-based alloys is due essentially to the combined
effects of the size and valence of solvent and solute atoms, as expected by the four Hume …

抄録 Nanostructure Al-based binary alloys with additions of Fe have been prepared by
electron-beam evaporation. The composition dependence of microstructures and …

This article deals with the microstructural strengthening mechanisms of aluminium by means
of hard α-Al [TeX:] _ {2} O [TeX:] _ {3} alumina fine particles. A broad of understanding views …

X-ray tools are being powerful methods for qualitative and quantitative analyses of
nanocrystalline materials This work is an overview of detailed X-ray investigations relative to …

The main purpose of the present paper is a study of the properties of stable and metastable
structures of several binary Al1–xFex alloys (0= x= 0.92) made with high-frequency induction …

In this article, the microstructural properties of the phases which form in samples of some
aluminium-based alloys, have been investigated. The study was focussed on the …

为研究合金薄膜非晶化后力学性能持续提高的原因, 通过双靶磁控共溅射方法制备了一系列不同
Zr 含量的Al-Zr 合金薄膜, 采用EDS, XRD, TEM 和纳米力学探针表征了薄膜的微结构和力学性能 …

Al–Ti alloy films with various Ti contents were prepared through magnetron co-sputtering
with Al and Ti targets and treated with vacuum annealing at 400° C. Energy dispersive …

Numerous technological applications require the use of intermetallic alloys. New materials
can be made relatively easily by changing the stoichiometry of the intermetallic alloys and …

In this work we are interested by the decomposition behavior of nanostructured Al Cu
deposits, prepared by radio frequency magnetron sputtering from composite targets, using x …