RESEARCH REGARDING LABORATORY TESTING OF SOIL PROCESSING EQUIPMENT USING THE EFFECT OF ELECTRO-OSMOSIS | Zendy

CARMEN BRĂCĂCESCU | Zendy; V. Vlăduț | Zendy; S. Ş. Biriş | Zendy; N. UNGUREANU | Zendy; D. POPA | Zendy; Gheorghe MATEI | Zendy; SORIN BORUZ | Zendy; I. Voicea | Zendy

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RESEARCH REGARDING LABORATORY TESTING OF SOIL PROCESSING EQUIPMENT USING THE EFFECT OF ELECTRO-OSMOSIS

Author(s) -

CARMEN BRĂCĂCESCU,

V. Vlăduț,

S. Ş. Biriş,

N. UNGUREANU,

D. POPA,

Gheorghe MATEI,

SORIN BORUZ,

I. Voicea

Publication year - 2020

Publication title -

annals of the university of craiova - agriculture montanology cadastre series

Language(s) - English

Resource type - Journals

ISSN - 1841-8317

DOI - 10.52846/aamc.2021.02.22

Subject(s) - anode , environmental science , cathode , tillage , process engineering , tilling , mechanical engineering , computer science , materials science , engineering , electrical engineering , chemistry , electrode , ecology , agronomy , biology

Electro-osmosis principle consists of the application of a direct current voltage for an anode-cathode system introduced into soil. The soil water transported from the anode to cathode, on the tool-soil contact surface will produce a lubrification of an active surface and through this a great decreasing of the friction forces and implicit of the energy needed for displacing the tool through the soil. The active surface of the tilling tool is chosen in order to minimize the frictions, respective the mechanic energies needed for tilling. This paper aims to increase the popularization of the electro-osmosis technique, highlighting the advantages of using such a method for soil improvements, as well as in view of optimizing the functional parameters of the soil tillage equipment.

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