Can Al2O3 conduct electricity electrolyzed Al2O

It should not work, the principle of conduction lies in the fact that there are freely moving charged particles in the substance, and they move in a directional direction under the action of a directional electric field. This process takes place without chemical reactions, i.e. the chemical properties of the substance do not change. The use of alumina as an electrode is to use its redox ability, which should not be in the category of conductivity.

This is a chemical reaction and the chemical properties of the alumina will change. And alumina is between covalent compounds and ionic compounds, and the solid has no freely moving charged particles at room temperature, which determines that it is even less likely to conduct electricity.

Al2O3 solids cannot conduct electricity, but molten aluminum oxide can

Al2O3 is a metal oxide and is a solid that cannot conduct electricity and can only conduct electricity in its aqueous solution.

Al2O3 seems to allow sodium ions to pass freely and also conduct electricity, but if I remember correctly, I made a problem at the place of the galvanic battery, using Al2O3 as a bridge.

Yes, yes, I was electrocuted by it

Al2O3 solution can conduct electricity because solutions of acid and base salts can conduct electricity.

Most of the metal oxides can, and only in aqueous solution are energized.

It's semiconductors half of it can and half of it can't.

He can only conduct electricity in a solution of fluoride.

Upstairs is right, it seems to be possible!

2co+o2=2co2.delta h = mol

27gal 3mol electron spring burn into co's got one of the three points of elimination.

So there is one-half molco, ie.

Al2O3 is the electrolyte, and the ionization equation is: Al2O3==2Al3+ +3O2-

HCO4 is the electrolyte, and the ionization equation is: HCO4==H+ +ClO4-

An electrolyte is a compound that conducts electricity in an aqueous solution or in a molten state. Al2O3 satisfies the condition in the molten state, so it is an electrolyte.

It is an electrolyte, and the active metal oxides are all that should be able to be ionized into aluminum ions and oxygen ions in small amounts, and the latter one is a strong acid, which is ionized into hydrogen ions and perchlorate ions.