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  The Effect of Strong Electric Field on Microhardness and Mobility of the Indented Dislocations in Alkali Halides
 
 
Title: The Effect of Strong Electric Field on Microhardness and Mobility of the Indented Dislocations in Alkali Halides
Author: Savenko, V. I.
Shchukin, E. D.
Appeared in: International journal of polymeric materials
Paging: Volume 29 (1995) nr. 1-2 pages 27-36
Year: 1995-04-01
Contents: Some regularities and particular specialties of electromechanical effect have been investigated in NaCI single crystals. The conclusion has been drawn that the existence of the electromechanical effect in crystals with ionic interatomic bonds appears to result from both the direct electrical field's force on charged dislocations, as the filaments and the modification under field influence the impurities, and point defect's state in the crystal lattice. The last modification is to vary the interactions between the obstacles and the dislocations moving in solid, thus facilitating or hardening the microplastic deformation in the hole.
Publisher: Taylor & Francis
Source file: Elektronische Wetenschappelijke Tijdschriften
 
 

                             Details for article 10 of 10 found articles
 
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