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Cao, Y.
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Topics
Publications (12/12 displayed)
- 2021Investigating high opacity and increased activation energy in the multi-trigger resistcitations
- 2018Fine (Cr,Fe)2B borides on grain boundaries in a 10Cr–0.01B martensitic steelcitations
- 2018Unusual Suppression of the Superconducting Energy Gap and Critical Temperature in Atomically Thin NbSe2citations
- 2018Fine (Cr,Fe) 2 B borides on grain boundaries in a 10Cr–0.01B martensitic steelcitations
- 2017Test methods to determine durability of concrete under combined environmental actions and mechanical load: final report of RILEM TC 246-TDCcitations
- 2017Recommendation of RILEM TC 246-TDC: test methods to determine durability of concrete under combined environmental actions and mechanical load: Test method to determine the effect of applied stress on chloride diffusioncitations
- 2016High electron mobility, quantum Hall effect and anomalous optical response in atomically thin InSecitations
- 2016Intergranular crack tip oxidation in a Ni-base superalloycitations
- 2015Solution processed bismuth sulfide nanowire array core/silver shuffle shell solar cellscitations
- 2013Intergranular crack tip oxidation in a Ni-base superalloycitations
- 2013New atom probe approaches to studying segregation in nanocrystalline materialscitations
- 2008Identifying the limitation of Oliver and Pharr method in characterizing the viscoelasticplastic materials with respect to indenter geometry
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article
Fine (Cr,Fe)2B borides on grain boundaries in a 10Cr–0.01B martensitic steel
Abstract
A 10Cr creep resistant martensitic steel with 108 ppm B was normalized at 1100 °C for 1 h and air cooled. Fine (Cr,Fe)<sub>2</sub>B borides were observed on the majority of prior austenite grain boundaries, all of which were high angle boundaries, as revealed by EBSD-based reconstruction of parent austenite grains. Some high angle boundaries including twin boundaries were boride-free. Segregation of boron to austenite grain boundaries during slow cooling from 1100 °C led to boride nucleation and growth. Their size increased with decreasing cooling rate. Borides were verified by atom probe tomography, auger spectroscopy, transmission and scanning electron microscopy.