Sentence examples for iron technology from inspiring English sources

Iron technology was derived from the known art of reducing copper and bronze.

These results reveal the likely presence of an iron technology based primarily on the bloomery technique as opposed to the Chinese style of iron-making based on cast iron technology, which was also in use in ancient Korea.

This may be achieved by using this 'stranded' power to generate hydrogen electrolytically, which may in turn be stored or transported using sponge iron technology.

Results on As V) removal in the presence of oxygen using the zerovalent iron technology with commercial iron nanoparticles (NanoFe®) are presented, showing the effect of (NanoFe®) mass, UV light and addition of humic acids.

According to linguistic and archeological evidences, a likely dispersal center to Angola would have been located in savanna areas just south of the equatorial forest, around the Tshikapa site, where premetallurgical Bantu speakers originating in Cameroon/Gabon might have acquired iron technology and livestock from eastern Bantu peoples, before proceeding to the southwest [ 21, 50].

One advantage of this approach was that it explained the many inconsistencies and oddities of the texts, some historical (the poems refer to elements of both Bronze and Iron Age technology) and some linguistic.

Other activities include transporting of cargo and provision of steel and iron product technology consulting.

An easy approach to fabricate ordered pattern using nanosphere lithography and reactive iron etching technology was demonstrated.

Ethnographic, technological, and archeological research into the technological life of the Haya of northwestern Tanzania show that these people and their forebears 1500 to 2000 years ago practiced a highly advanced iron smelting technology based on preheating principles and, as a result, produced carbon steel.

Pall Corp's Energy Group, which provides filtration and separation technologies for the oil and gas industry, petroleum refineries, power production, transmission and distribution sectors, alternative and renewable energy, chemical and petrochemical plants, and polymer producers, has won the Engineering Materials Achievement Award (EMAA) for 2011 for its porous iron aluminide technology.

Numerous slag inclusions found in the steel are typical for medieval iron smelting technology.