Equipment
To make an yttrium-barium-copper-oxide superconductor, you will need:
* Yttrium Oxide
* Barium Carbonate (TOXIC)
* Cupric Oxide
* A Laboratory Furnace or a converted pottery kiln.
* Labware made of alumina.
* An Oxygen Source
* Liquid Nitrogen and a rare-earth magnet for testing and demonstrating the superconductors.
Method
There are a number of methods of producing ceramic superconductors like this, but the simplest is the so-called "shake and bake" method, which involves a four step process:
1. Mixing the chemicals;
2. Calcination(the initial firing);
3. The intermediate firing(s) (oxygen annealings);
4. The final oxygen annealing.
No, super glue is not a good conductor of electricity. It is an insulator, meaning it does not allow electricity to flow through it easily.
Super Conductor :)
It is a poor conductor.
An object which is a conductor can conduct (or transfer) heat or electricity. Every single metal is a conductor (that is why mercury is considered a metal, because it conducts). A saucepan is made of metal because it can transfer the heat well. Other than a "super-conductor" which can only be made in laboratories, Gold is the best conductor, followed by silver then copper. We use copper for electrical wires because gold and silver are too expensive.
The current in a conductor can be increased by either increasing the voltage applied across the conductor or decreasing the resistance of the conductor.
brass is a good conductor, not a super conductor.
super conductor
Use a good conductor - if possible a super conductor.
YES IT IS! But there ARE types of plating out there that are non conductive just do a search on google to find it... easy as pie..
No, super glue is not a good conductor of electricity. It is an insulator, meaning it does not allow electricity to flow through it easily.
Use a good conductor - if possible a super conductor.
Yes. One application of a magnetic field on a super conductor is quantum locking. Imagine the field lined of magnet penetrating an object. Now transform that object into a super conductor (i.e. super cool a substance that is not a super conductor at room temp into a super conductor by cooling it to a point where it is). That object is now quantum locked on the field lines and will tend to remain in a similar position without outside influence, besides the magnet, of course. It is such a principle that mag-lev trains that use superconductors operate on.
it depends where you get it
Conducts electric currents without resistence (loss). That's super.
Some metals become a super conductor when you freeze them
b'coz super conductivity is achieved only when the material is cooled below a critical temperature. if it cooled above the critical temp. than the material ceases to be a super conductor. to maintain it conductivity helium and liquid nitrogen which is not easy 2 be used that is why super conductor can't be used for commercial purposes in our day to day life
Yes,Mercury at 4kelvin is a super conductor it can be cooled down to that temperature.