الفهرس 
Introduction, Literature survey and Aim of the work
structural and physical properties of Al-Pb rapidly solidified alloysOnly 14 pages are availabe for public view
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Abstract
The objective of this work was topresents experimental results and theoretical considerations to evaluate the effect of Lead and Tin additions on the solidification behavior of Al-Pb monotectic alloys used as self-lubricating bearings and as bush materials.
To verify this aim we do the following:-
Melt spinning technique was used to prepare ribbons. Therefore alloys were divided into two groups:
The first group: monotectic alloy compositions Al-0.9 wt % Pb - Al-1.2wt % Pb - Al-5 wt % Pb - Al- 10wt % Pb- Al-20wt % Pb- Al-30wt % Pb - Al-50wt % Pb.
The second group: To evaluate the effect of Tin,two alloys compositions were made (Al- 10 wt % Pb- Al-20 wt % Pb).
Experimental techniques and devices used in this these study are ( x-ray diffraction, double bridge method, Dynamic resonance method and Vickers micro-hardness tester) to study Structural modifications, electrical, thermal and mechanical properties improvements on chill-block melt spinning of melt-quenched ribbons of the Al-Pb monotectic containing Tin are described and discussed.
from our work it’s concluded that:-
We can concluded that Al-10 wt % Pb and Al-10 wt % Pb-10 wt % Sn melt spun alloy has best physical properties , such as high values of conductivity , hardness , elastic modulus and internal friction.
Key words: Melt-spin technique, X-ray diffraction, Lattice distortions, Resistivity, Elastic moduli, specific heat, and internal friction.