Posted: Sep 22, 2010 A magnetic leaf (Nanowerk Spotlight) The exquisite microstructures created by nature may hold the answer to a complex synthetic challenge. Recently, our group reported the use of ...

IN the Metallurgist for June 24, 1927, page 88, F. S. Tritton describes some unusual microstructures in iron. One of these, originally described by Andrews in 1895, is found in pure re-melted ...

It is this microstructure that will affect certain properties of the material – particularly its mechanical properties – by interacting, for example, with dislocations. Reference: ...

The type, shape, phase fraction, and distribution of hard carbides in the microstructure, as well as the properties of the supporting matrix, significantly impact wear performance. It is well ...

Tapan Sarkar, Tapan Kumar Pal, Response of Austempering Heat Treatment on Microstructure and Mechanical Property in Different Zones of As-Welded Ductile Iron (DI), SAE International Journal of ...

PhD Student Berenice Bulteel My project focuses on the processing of tungsten carbide ceramics as shielding materials for commercial fusion. The idea is to replicate the brick-and-mortar ...

Iron–chromium–aluminum (FeCrAl) class alloys are candidates for use as cladding for accident-tolerant fuels and moderators. In this context, hydrogen isotope permeation in FeCrAl alloys is an ...

Binderless cemented carbide contains very little (<0.5 wt.%) or no metal binder and has an incomparable excellent wear resistance, corrosion resistance, excellent polishing, and oxidation resistance ...

The result was published in the Chinese Journal of Catalysis. Iron carbide catalysts were prepared through a gas-phase reduction-carbonization route (FeOOH—α-Fe 2 O 3 —α-Fe—iron carbide).