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рддрдд्рд╕рдо рдФрд░ рддрдж्рднрд╡ рд╢рдм्рдж рдХी рдкрд░िрднाрд╖ा,рдкрд╣рдЪाрдирдиे рдХे рдиिрдпрдо рдФрд░ рдЙрджрд╣ाрд░рдг - Tatsam Tadbhav

рддрдд्рд╕рдо рд╢рдм्рдж (Tatsam Shabd) : рддрдд्рд╕рдо рджो рд╢рдм्рджों рд╕े рдоिрд▓рдХрд░ рдмрдиा рд╣ै – рддрдд +рд╕рдо , рдЬिрд╕рдХा рдЕрд░्рде рд╣ोрддा рд╣ै рдЬ्рдпों рдХा рдд्рдпों। рдЬिрди рд╢рдм्рджों рдХो рд╕ंрд╕्рдХृрдд рд╕े рдмिрдиा...

Streaming potential

● A streaming current and streaming potential are two interrelated electro kinetic phenomena studied in the areas of surface chemistry and electrochemistry.

● Streaming potential is opposite to electro osmosis.

● When an electrolyte solution is forced to flow through a stationary capillary or a porous plug, an electrical potential difference will be produced between the two ends of capillary or porous plug.

● This electrical potential difference is referred to as streaming potential, which means the liquid carries away the ions with the charge opposite to the surface, giving rise to a streaming current, consequently, leading to the accumulations of charge at the ends and an electrical field.

● The IIT team employed “electro-kinetic streaming potential” to harvest energy from flowing tap water and “contrasting inter-facial activities” entailing different types of semiconducting materials to generate power from stagnant water

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