Microstructure Characteristics and Oxidation Behavior of Molybdenum Disilicide Coatings Prepared by Vacuum Plasma Spraying

Niu, Yaran; Fei, Xiaoai; Wang, Hongyan; Zheng, Xuebin; Ding, Chuanxian

doi:10.1007/s11666-013-9896-9

Cited by 11 publications

(1 citation statement)

References 16 publications

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“…Окисление дисилицида молибдена исследуется более полувека [112][113][114], многие аспекты этого процесса достаточно подробно освещены, особенно в отношении чистого компактированного дисилицида [115] и мелкодисперсного порошка [116]. Несмотря на это, информация о механизмах и кинетике окисления дисилицида молибдена недостаточна и различна у разных авторов.…”

Section: анализ процесса окисления дисилицида молибденаunclassified

High-Temperature Silicides: Properties and Application

Lytovchenko

2016

East Eur. J. Phys.

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The overview presents a historic retrospective and current state of research of structure, properties and application of hightemperature silicide materials in science and engineering. These materials, particularly construction and functional materials based on or involving silicide refractory metals, are a most important alternative class of materials which adequately complete with special alloys, intermetallic metals, and ceramics that are traditionally used at high (above 15000C) temperatures in oxidizing and other aggressiveenvironments. The paper analyzes the data available on constitutional diagrams, particularly on molybdenum-silicon and tungsten-silicon systems. Also, it shows differences in descriptions of diagrams given by different authors and considers some crystallochemical and physical properties of some high-temperature silicides. The paper reviews areas of application of high-temperature silicide materials of various types (layered and multiple-phase composites, consolidated powders, film structure, three-dimensional materials), and presents details of the challenges encountered in the process of creation and application of high-temperature protectingsilicide coatings, as well as possible ways to improve their performance. It is noted that lack of unified approach to presentation and correlation of research results as well as to description of real performance of materials is a substantial problem in creating new high-temperature silicide materials.

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