High-temperature oxidation of transient-liquid phase bonded Ni-based alloys in 1 bar and 250 bar carbon dioxide

Carney Casey S.; Oleksak Richard P.; Kapoor Monica; Holcomb Gordon R.; Dogan Omer N.

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High-temperature oxidation of transient-liquid phase bonded Ni-based alloys in 1 bar and 250 bar carbon dioxide

机译：1巴和250巴二氧化碳中的瞬态液相键合Ni基合金的高温氧化

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Compact microchannel heat exchanger designs for supercritical CO(2)power cycles are valued for equipment size reduction and increased heat transfer. They can be fabricated via transient-liquid phase (TLP) bonding, which utilises a lower melting point interlayer for bonding facilitation of etched thin plates. Haynes 230 and 282 TLP bonded stacks were exposed to high-purity CO(2)at 1 bar/700 degrees C to 4000 h and 250 bar/720 degrees C (supercritical) to 1500 h. All samples obeyed parabolic kinetics after an oxide build-up stage of 500-1000 h. Mass gains were similar for the base and TLP bonded alloys, and oxide thicknesses and scales did not significantly differ around the TLP bond regions. There were some slight oxide compositional differences for the H282 TLP samples at 250 bar. There was a slight pressure effect on mass gain, as samples exposed at the higher pressure experienced higher initial mass gains, but then slower continued oxide growth.

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来源
《Materials at High Temperatures》 |2020年第6期|共17页
作者
Carney Casey S.; Oleksak Richard P.; Kapoor Monica; Holcomb Gordon R.; Dogan Omer N.;
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作者单位

Natl Energy Technol Lab Albany OR 97321 USA;

Natl Energy Technol Lab Albany OR 97321 USA;

Natl Energy Technol Lab Albany OR 97321 USA;

Natl Energy Technol Lab Albany OR 97321 USA;

Natl Energy Technol Lab Albany OR 97321 USA;

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原文格式 PDF
正文语种 eng
中图分类工程材料学;
关键词
Oxidation resistance; diffusion bonding; transient-liquid phase bonding; supercritical CO(2)oxidation; microchannel heat exchanger; Haynes alloys;

机译：抗氧化抗性;扩散键合;瞬态液相粘合;超临界CO（2）氧化;微通道换热器;Haynes合金;

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High-temperature oxidation of transient-liquid phase bonded Ni-based alloys in 1 bar and 250 bar carbon dioxide

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