Experimental research on the behavior of electrolytes at high frequencies Author: Parantap Nandi
Keywords:Mobility, Conductivity, Auxiliary electrode, Electrolyte, Electrolysis
Traditional electrolysis using direct current as a power source finds numerous applications. The electrodes having definite polarities make ionization/discharge possible. Generally, heavy currents at low voltages are used. Electrolysis using power frequency sinusoidal voltage can yield substantial products as has been proved experimentally. This relies on high voltages low currents of the order of mA. High frequency alternating currents of the order of several tens of kilohertz if harnessed carefully should be able to cause ionization/discharge as the case may be. This may pave the way for hydrogen production using suitable electrodes where current remains in the range of mA, unlike conventional electrolysis experiments. However, the low mobility of heavy ions may impose significant difficulties. This may be overcome using techniques such as heterogeneous supply and auxiliary electrodes. The choice of the materials used for the electrodes is very important. In this paper, electrolysis techniques using high-frequency voltage, waves have been expounded.
Effect of alternating current on electrolytic solutions , Author: Parantap Nandi, IOSR Journal of Engineering, Vol. 3, Issue 8, August 2013.
Experimental Electrolysis Using Alternating Current at Supply Voltage , Author: Parantap Nandi, Bulletin of Pure and & Applied Sciences, Vol. 35-C-Chemistry (No. 1-2) January-December 2016, Pg. 39-48.
An experiment on electrolysis utilizing low energy capacitive pulses  Author: Parantap Nandi, International Journal of Chemistry studies, Vol. 2, Issue 2, March 2018, Pg. 44-48.
Experiments on efficiency of electrolysis using pulsating direct current (using rectifiers)  Author: Parantap Nandi, Journal of Applicable Chemistry, 2013 2(3), 631-635.
An experiment on electrolysis at high voltage D.C Author: Parantap Nandi, Vol. 2, Issue 1, ISSN: 2321-4902.
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