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| 1 | In the paper the results of study of the first stage electrical forming in thin-film MIM - systems are presented. It was found, that there was a threshold voltage ~ 1,5 V below which the process of forming was strongly decelerated or absolutely stopped. The presence of a latent stage of forming was also detected. When investigating the conductance of MIM-system after the first stage of forming, two characteristic regions were chosen. In the first region (U | 1445 | ||||
| 2 | The paper presents the results on studying the processes during the first stage of electrical forming of thin-film metal-dielectric-metal systems. Nature of a hydrogen-containing substance, liberated in the anode region, has been investigated. The most probable hydrogen-containing substance is atomic or molecular hydrogen. It has been shown that the growth of current though metal-dielectric-meta! system can be limited by a diffusion process. | 1411 | ||||




