LiNO_3-KNO_3 aluminum electrode in the electrochemical behavior of molten saltUsing cyclic voltammetry and constant potential electrolysis aluminum electrodes investigated in LiNO3-KNO3 molten salt electrochemical behavior . Experimental results show that in the molten salt , Lithium ions in the aluminum electrode electrochemical reduction process with the new ecology of lithium atoms to the electrode inside the subsequent diffusion step ; lithium atoms into ALUMINUMAfter the occurrence of highly alloyed with Aluminum Electrodesto form a β-LiAl alloy and γ-LiAl alloy ; lithium ion in the aluminum reduction process on the electrodes of lithium by the reduced stateSteps to control the spread of the aluminum body . Cyclic voltammetry experiments found that aluminum electrodes in the molten salt oxidation and reduction peak currents are first increased with the number of cyclesPlus increases , and finally basically stable , suggesting that the aluminum electrode Molten salt has good electrochemical stability .