In considering the adaptability of any metal to serve as a distributing agent of electrical energy, the investigation must shape itself along three lines, viz, - the electrical, the physical and the chemical properties which the metal may possess. Evidently a deficiency in any of these properties, if serious, will debar it from successfully coping in the market with its competitors. A metal may have excellent conductivity and its behavior electrically may be thoroughly satisfactory, but if it lacks strength, physically, or ability to resist the destructive forces of the atmosphere, chemically, it is obviously inadaquate sic to serve as a conductor --page 1
USE of aluminium for making electrical conductors is now univeraslly well-established . Large qu...
The purpose or this investigation is primarily to determine the best conditions for plating chromium...
The paper shows a new idea of aluminium alloys. New alloys with specially selected alloying element ...
Among the many aluminum alloys which have been studied are the binary copper-aluminum alloys. These ...
WHILST aluminium can compete with copper as a conductor of electricity on its own merits, it u...
AS INDIGENOUS resources of copper are not sufficient to meet the mounting engineering demands for th...
The engineering requirements of a conductor material are that it should be (i) plentiful and not too...
COMPAREL to copper, aluminium is far more abundant. This Is particularly true for India. The price...
Aluminium is the most abundantly available metal in the earth's crust (8%). Aluminium was separate...
The use of aluminium for electrical conductors increases in parallel with electric power consumption...
NON-FERROUS metals in major use in electrical industries are copper, aluminium, silver, cadmium,...
Despite the fact that the production is highly energy intensive aluminium and its alloys are the...
Electricity is the principal requirement of a booming economy. In today's modern world the depen...
In this work, the aluminum conductors containing different trace elements have been prepared. And th...
IN speaking on the role of aluminium in the engineering industries, where does one start ? What s...
USE of aluminium for making electrical conductors is now univeraslly well-established . Large qu...
The purpose or this investigation is primarily to determine the best conditions for plating chromium...
The paper shows a new idea of aluminium alloys. New alloys with specially selected alloying element ...
Among the many aluminum alloys which have been studied are the binary copper-aluminum alloys. These ...
WHILST aluminium can compete with copper as a conductor of electricity on its own merits, it u...
AS INDIGENOUS resources of copper are not sufficient to meet the mounting engineering demands for th...
The engineering requirements of a conductor material are that it should be (i) plentiful and not too...
COMPAREL to copper, aluminium is far more abundant. This Is particularly true for India. The price...
Aluminium is the most abundantly available metal in the earth's crust (8%). Aluminium was separate...
The use of aluminium for electrical conductors increases in parallel with electric power consumption...
NON-FERROUS metals in major use in electrical industries are copper, aluminium, silver, cadmium,...
Despite the fact that the production is highly energy intensive aluminium and its alloys are the...
Electricity is the principal requirement of a booming economy. In today's modern world the depen...
In this work, the aluminum conductors containing different trace elements have been prepared. And th...
IN speaking on the role of aluminium in the engineering industries, where does one start ? What s...
USE of aluminium for making electrical conductors is now univeraslly well-established . Large qu...
The purpose or this investigation is primarily to determine the best conditions for plating chromium...
The paper shows a new idea of aluminium alloys. New alloys with specially selected alloying element ...