1993
DOI: 10.1149/1.2056168
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Deposition and Properties of Reactively Sputtered Ruthenium Dioxide Films

Abstract: current and interpixel cross-talk on MIS devices without guard rings. However, the positive fixed charge is too large for MCT diode junction device passivation. Field plates would be required on diode devices with this passivation for surface potential control at the junction.These preliminary device data taken as a whole indicate the promise of ZnTe as a passivation candidate for MCT although further work and optimization would be required to translate these findings to routine applicability.

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Cited by 49 publications
(13 citation statements)
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“…The samples were then annealed at various temperatures in N . The highest temperature evaluated in this work was 600 C, although excellent thermal stability up to 900 C is expected for RuO films [6]. It should be also noted that alternate integration schemes have been proposed in which the gatestack is not subjected to temperatures above 600 C [15].…”
Section: Methodsmentioning
confidence: 88%
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“…The samples were then annealed at various temperatures in N . The highest temperature evaluated in this work was 600 C, although excellent thermal stability up to 900 C is expected for RuO films [6]. It should be also noted that alternate integration schemes have been proposed in which the gatestack is not subjected to temperatures above 600 C [15].…”
Section: Methodsmentioning
confidence: 88%
“…RuO exhibits a metallic conductivity of 35 cm at 300K arising from the partially filled Ru 4d states [5]. Excellent thermal stability up to 900 C has been observed for RuO films [6], which has also shown superiority over ruthenium films [3]. The surface morphology of RuO films has reported to remain smooth up to temperatures of 900 C [10].…”
Section: Introductionmentioning
confidence: 99%
“…10,22-32 A relatively low resistivity value of 40 ⍀ cm has been reported for a sputtered polycrystalline film. [25][26][27] The observed high resistivity in our films compared to the sputtered film is probably due to incorporated C, H, and N impurities in the films from the organic precursor, or due to smaller grain size or thinner films.…”
Section: Resultsmentioning
confidence: 87%
“…Рутенијум-оксид поседује низ предности у односу на друге металне оксиде: има највећу псеудокапацитивност од свих псеудокапацитивних материјала (око 1000 F g -1 [2]), има широки електрохемијски прозор стабилности, скоро потпуно реверзибилну редокс реакцију, одличну протонску проводност, термичку и механичку стабилност и скоро металну електронску проводност [120][121][122][123]. У опсегу од 1,2 V пролази кроз три оксидациона стања [21,27].…”
Section: 2 метални оксидиunclassified