aluminum electrode

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 . var addthis_config = {"data_track_addressbar":true};

aluminum electrode implanted lead corrosion AC impedance studiesBy measuring the sulfuric acid solution at 25 ℃ 1.28g/ml aluminum electrodes and ion implantation of aluminum electrode lead AC impedance spectroscopy to study the amount of lead ion implantation on The aluminum corrosion rate of the electrode . On this basis , the measurement of the ion implantation of Aluminium Welding Electrodes electrode lead and aluminum electrodes in the same kind of medium Tafel curvesAuxiliary electrode impedance spectroscopy study the corrosion behavior . It is concluded that the aluminum electrodes implanted lead corrosion resistance , and examined it The corrosion mechanism . var addthis_config = {"data_track_addressbar":true};

Two aluminum electrodes - low-voltage pulse electrolysis factors oily wastewaterHigh-voltage pulse power supply power consumption, high security requirements reactor insulation is not conducive to industrial application . To reduce power consumption , the electrode loss , Aluminium Welding Wires &Very - low-voltage pulse electrolysis method, the recalcitrant oily waste water to the oil factors affecting single factor study . The results showed that: the method to confrontVolume concentration of 95.0mg · L-1 of oily wastewater removal efficiency of over 65% of the oil . Oil removal with the electrolysis time , the voltage increases ,Electrolysis time reached 50min, voltage greater than 7V later by the oil concentration of molecular diffusion effects increased slowly appropriate duty cycle, pulse frequency can be madePulse play role in removing the passivation effect, but also enhance the electrolysis ; bodyDepartment of pH value greater impact on electrolysis , alkaline conditions better electrolysis ; increase the amount of electrolyte can increase the amount of oil removal ; electrode spacing main To affect power consumption, reduced power consumption increases with distance . var addthis_config = {"data_track_addressbar":true};

Aluminum electrodes inside theAluminium Alloy Welding Wire is not the battery , but the PTC thermistor heating element surface of the aluminum electrode , the aluminum paste by screen printing on the PTC ohmElements on the surface and then through 620 degrees Celsius infiltration into the furnace burning ALUMINUMPole. Because so ohm aluminum paste used in PTC, critical low cost, but poor oxidation resistance , affect life expectancy. There are 3 methods to prevent oxidation of 1 .Outside the metal inert metal plating 2 negative electrode metal and powerConnection 3. Bordered active metal on metal var addthis_config = {"data_track_addressbar":true};