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Metals are not made, only mined, refined, and used. Metals are used for making things like kettles, airplanes, appliances, cars, bicycles, and stuff like that.
No... while metals are recyclable, they do not decompose like vegetation. They need to be processed and refined.
Cryogenic Processing of metals (i.e. metals frozen to low temperatures) show more resistance to wear
Exaggerating a little we can say that metallurgy is the metals chemistry and processing.
Sensors based on solid electrolytes have several advantages in the processing of molten metals. The conductivities of solid electrolytes increase with increasing temperature, so the high operating temperature required during the processing of molten metals is well-suited to solid electrolyte based sensors. A magnet is a material or object that produces a magnetic field. They offer us good help helping us separating metals from the trash.
Not in their bare form. Only after they're refined and processed.
Metals are not made, only mined, refined, and used. Metals are used for making things like kettles, airplanes, appliances, cars, bicycles, and stuff like that.
Ores are refined to produce manufacturing grade metals and chemicals for consumer use.
No... while metals are recyclable, they do not decompose like vegetation. They need to be processed and refined.
The initial settlers of Virginia, a joint stock company called the Virginia Stock Company, were after precious metals and riches.
Once refined the minerals we get metals from are called slag. The best we can do is to recycle the metal we have refined. There are minerals coming to the surface as lava, but they are very hard to refine.
Cryogenic Processing of metals (i.e. metals frozen to low temperatures) show more resistance to wear
sometimes
metals as in elements. or like zinc. or something. from my knowledge, magnets, other metals (sometimes), gas, && liquid.
Some metals (copper, iron, zinc, etc.) are already made, and exist naturally as an element. Other metals are just combined from existing metals.
Exaggerating a little we can say that metallurgy is the metals chemistry and processing.
Sensors based on solid electrolytes have several advantages in the processing of molten metals. The conductivities of solid electrolytes increase with increasing temperature, so the high operating temperature required during the processing of molten metals is well-suited to solid electrolyte based sensors. A magnet is a material or object that produces a magnetic field. They offer us good help helping us separating metals from the trash.