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The Use of the Slow Strain Rate Technique for the Evaluation of Structural Materials for Application in High-Temperature Gaseous Environments

机译：利用慢应变速率技术评价高温气态环境中应用的结构材料

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The slow strain rate technique has been evaluated as an accelerated test for determining the performance of structural materials in simulated coal gasification environments. Seven alloys, namely Types 309, 310, 310S, 347 and 446 stainless steels; Incoloy 800; and Inconel 671, were tested at temperatures from 370C to 1040C at strain rates from 0.0001 to 10 the minus 7 power/s in H2S plus water, gaseous mixtures of CO, CO2, CH2, CH4, H2S, and H2O, and H20, and in nominally inert environments of He and Ar.

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Johnson, C. E. ; Ugiansky, G. M.;
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年度 1981
页码 1-93
总页数 93
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Stainless steels; Accelerated tests; Dynamic structural analysis; Strain rate; Iron alloys; Inconel; Coal gasification; Construction materials; Structural steels;

机译：不锈钢;加速试验;动态结构分析;应变率;铁合金;铬镍铁合金;煤气化;建筑材料;结构钢;

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7. Use of the slow-strain-rate technique for the evaluation of structural materials for application in high-temperature gaseous environments [O] . C.E. Johnson, G.M. Ugiansky 1981

机译：使用慢速应变率技术进行高温气体环境应用的结构材料
8. Use of the Slow-Strain-Rate Technique for the Evaluation of Structural Materials for Application in High-Temperature Gaseous Environments [R] . Johnson, C. E., Ugiansky, G. M. 1981

机译：利用慢应变速率技术评估在高温气体环境中应用的结构材料

The Use of the Slow Strain Rate Technique for the Evaluation of Structural Materials for Application in High-Temperature Gaseous Environments

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