ENERGY ANALYSIS OF OXYHYDROGEN PRODUCTION
Abstract
In order to optimize the use of oxyhydrogen mixtures in internal combustion engines, various indices of the electrolytic cell conditions have been tested with regard to its physical parameters. Density of the current passing through the electrolyte is perceived as key indicator of effectiveness and output capacity. Experiments were staged in a variety of physical settings: under different pressure, temperature, distance between the electrodes, varying electrode square area and strength of the electrolyte solution.
About the Authors
G. M. Pavlov
Todor Kableshkov Transport Higher School, Sofia
Bulgaria
Ph.D., associate professor at the department of transport electric power supply and electric equipment
Bulgaria
Ph.D., associate professor at the department of transport electric power supply and electric equipment
G. P. Cherneva
Todor Kableshkov Transport Higher School, Sofia
Bulgaria
Ph.D., associate professor at the department of electrical engineering and physics
Bulgaria
Ph.D., associate professor at the department of electrical engineering and physics
R. C. Vaseva
Todor Kableshkov Transport Higher School, Sofia
Bulgaria
engineer, Ph.D. student at the department of transport electric power supply and electric equipment
Bulgaria
engineer, Ph.D. student at the department of transport electric power supply and electric equipment
L. S. Sekulov
Todor Kableshkov Transport Higher School, Sofia
Bulgaria
electric-power engineering student
Bulgaria
electric-power engineering student
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Review
For citations:
Pavlov G.M., Cherneva G.P., Vaseva R.C., Sekulov L.S. ENERGY ANALYSIS OF OXYHYDROGEN PRODUCTION. World of Transport and Transportation. 2013;(1):44-51.
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