Metal-colouring and bronzing,

Mode of access: Internet.

Handbook of decorative art in gold, silver, enamel on metal, porcelain and earthenware.

Mode of access: Internet.

Materials of engineering. v.3. A treatise on brasses, bronzes and other alloys, and their constituent metals.

Mode of access: Internet.

Metal buildings and components : an export marketing plan.

"September 1984."

The pocket formulary : and synposis of the British & foreign pharmacopoeias : comprising standard and approved formulae for the preparations and compounds employed in medical practice /

Mode of access: Internet.

Guides to pollution prevention : the metal casting and heat treating industry.

Mode of access: Internet.

Problems on the theory of the process of pressing metal powders and their mixtures.

"Translation of: Nekotoryye voprosy teorii protsessa pressovaniva metallicheskih poroshkov i ikh smesey." (romanized form)

Italy in transition. Public scenes and private opinions in the spring of 1860; illustrated by official documents from the papal archives of the revolted legations.

Mode of access: Internet.

Metal cleaning and coating pollution prevention and recycling /

Project manager: Roger L. Price.

A treatise on the materia medica, intended as a sequel to the Pharmacopoeia of the United States: being an account of the origin, qualities and medical uses of the articles and compounds, which constitute that work, with their modes of prescription and administration.

Mode of access: Internet.

Analytical chemistry of titanium metals and compounds.

Includes bibliography.

Method for determining reaction rate of mild steel containers during melting of magnesium-aluminium alloys and effect of aluminium content on directionally solidified microstructures

A magnesium alloy of eutectic composition (33 wt-'%Al) was directionally solidified in mild steel tubes at two growth rates, 32 and 580 mum s(-1,) in a temperature gradient between 10 and 20 K mm(-1). After directional solidification, the composition of each specimen varied dramatically, from 32'%Al in the region that had remained solid to 18%Al (32 mum s(-1) specimen) and 13%Al (580 mum s(-1) specimen) at the plane that had been quenched from the eutectic temperature. As the aluminium content decreased, the microstructure contained an increasing volume fraction of primary magnesium dendrites and the eutectic morphology gradually changed from lamellar to partially divorced. The reduction in aluminium content was caused by the growth of an Al-Fe phase ahead of the Mg-Al growth front. Most of the growth of the Al-Fe phase occurred during the remelting period before directional solidification. The thickness of the Al-Fe phase increased with increased temperature and time of contact with the molten Mg-Al alloy. (C) 2003 Maney Publishing.

Anodizing treatments for magnesium alloys and their effecton corrosion resistance in various environments

This paper reviews various aspects of anodizing of magnesium alloys, such as the basics, processes, properties and applications. It systematically summarises the existing fundamental studies and technical developments of anodizing of magnesium alloys, and concludes that new anodizing processes based on electrolytic plasma anodizing that convert the surface of a magnesium alloy into a hard ceramic coating in an electrolytic bath using high energy electric discharges can offer improved wear and corrosion resistance. These new anodized coatings are often claimed to perform better than the traditional ones obtained through older anodizing processes, such as DOW17 or HAE. The new anodizing techniques are chromate free and hence environment friendly. It is expected that more cost-effective, environment-friendly and non-toxic anodizing techniques will be developed and applied to magnesium alloy components in the future.