Study of the Microstructural Evolution in a 35Ni-25Cr-Nb Heat-Resistant Alloy by Dilatometry and Electron Microscopy | SpringerLink
Study of the Microstructural Evolution in a 35Ni-25Cr-Nb Heat-Resistant Alloy by Dilatometry and Electron Microscopy | SpringerLink
Alloy Offers a Solution for High-Temperature Challenges | Industrial Heating
PDF) Microstructure Evolution and Nitridation in an As-Cast 25Cr-35Ni-1Mo Radiant Tube After Long-Term Service
![PDF] CREEP LIFE ASSESSMENT OF PRIMARY REFORMER HP40-NB MODIFIED STEEL TUBE OF AN AMMONIA PLANT | Semantic Scholar](https://d3i71xaburhd42.cloudfront.net/0c7e17b07473df55b4caad4297c1f7430a41ed6c/3-Figure3-1.png "PDF] CREEP LIFE ASSESSMENT OF PRIMARY REFORMER HP40-NB MODIFIED STEEL TUBE OF AN AMMONIA PLANT | Semantic Scholar")
PDF] CREEP LIFE ASSESSMENT OF PRIMARY REFORMER HP40-NB MODIFIED STEEL TUBE OF AN AMMONIA PLANT | Semantic Scholar
1 2 - 2558 23 25Cr-35Ni 25Cr-35Ni The effect of Ultrasonic vibration on mechanical properties of welding between new 25Cr-35Ni a
25Cr-35Ni+Nb炉管2535Nb耐热钢离心铸管辐射管全-搜狐大视野-搜狐新闻
State-of-the-art of Coke Formation during Steam Cracking: Anti-Coking Surface Technologies | Industrial & Engineering Chemistry Research
Persistent Quest Research Activities 2003
Microstructural characterization of modified 25Cr–35Ni centrifugally cast steel furnace tubes - ScienceDirect
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TEM images of carbon material collected from the 25Cr–35Ni–Nb surface... | Download Scientific Diagram
Microstructures of alloys after 500 cycles at 1100oC in H2 / CH4 / H2O. Upper: standard microalloyed Fe-25Cr-35Ni; lower: high n
Microstructural characterization of modified 25Cr–35Ni centrifugally cast steel furnace tubes - ScienceDirect
Microstructures and high-temperature failure analyses of 25Cr-35Ni-Nb + MA/32Cr-20Ni-Nb dissimilar welded joint with different filler wires - ScienceDirect
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Macroscopic view of a cross section of the 25Cr-35Ni-1Mo centrifugally... | Download Scientific Diagram
Creep Failure of 25Cr-35Ni Centrifugally Cast Reformer Tube | IntechOpen
Creep fracture of the centrifugally-cast superaustenitic steels, HK40 and HP40 – Institute of Structural Materials
