Smelt analysis

Roh-alkohol, m. crude (or raw) alcohoL -analyse, /. rough or approximate analysis, -antimon, n. crude antimony, -arbeit, /, (Metal.) ore smelting, -asbest, m. crude asbestos. -aufbereitung, /. preliminary preparation, -benzol, n. crude benzene, benzol (or benzole), -blei, n. crude lead, -blende, /. (Mining) crude blende, -block,... 

Dalpra L, Tibiletti MG, Nocera G, et al. 1983. SCE analysis in children exposed to lead emission from a smelting plant. MutRes 120 249-256. 

COMPARATIVE MULTI-ELEMENTAL ANALYSIS OF MINERAL AND ECOLOGICAL COMPONENTS OF THE ECOSYSTEM "KARABASHTOWN" CO-EXISTING WITH A COPPER-SMELTING PLANT. PHYSICOCHEMICAL POINT OF VIEW 137 N.M. BARYSHEVA, N.V. GARMASHEVA, E. V. POLYAKOV, V.T. SURIKOV,V.N. UDACHIN... 

COMPARATIVE MULTI-ELEMENTAL ANALYSIS OF MINERAL AND ECOLOGICAL COMPONENTS OF THE ECOSYSTEM "KARABASHTOWN" CO-EXISTING WITH A COPPER-SMELTING PLANT. PHYSICOCHEMICAL POINT OF VIEW... 

Oakberg, K., Levy, T., and Smith, P. (2000). A method for skeletal arsenic analysis, applied to the chalcolithic copper smelting site of Shiqmim, Israel. Journal of Archaeological Science 27 859-901. 

In a somewhat different type of furnace that suffered from a combustion-gas explosion, the floor beams, which were similar in size, were deflected at most 2-3 cm. A structural analysis of this explosion led to the conclusion that peak pressures were in the order of 30-40 kN/m (5-6 psi). Comparing the two damage descriptions, it is obvious that the smelt-water explosion generated pressures well in excess of 40 kN/m on the floor. 

In 1824 del Rio published an analysis of a gold-rhodium alloy from the smelting house in Mexico which was similar to the gold-palladium ingot previously reported by Joseph Cloud, director of the Philadelphia Mint (21). Three years later he published a translation of Berzelius s New mineral system (22). He served for some time on a committee appointed to inspect the money and improve working conditions at the Mint. 

Lead isotopic analysis (J, 2, 3, 4, 5) is a relatively new member of this expanding group of complementary methods. Like the others, it has its own peculiarities, advantages, and disadvantages which have been described. Lead isotope studies help to identify possible geographical origins of the ores from which ancient leads were smelted. Even where specific mines cannot be identified, the objects can still be classified as to which could or could not have had a common origin. The method requires only small sample sizes, and the results are independent of the histories of the objects studied. 

---